Last Name | Name | Abstract | Country | Parallel Session |
---|---|---|---|---|

Abdikamalov | Askar | An Extension Of The Relxill X-Ray Reflection Model For Non-Kerr Spacetimes | China | B1: Relativistic astrophysics |

Abedi | Jahed | Tails And Tails Of Tails: Probing Event Horizon Via Gravitational Waves | Germany | C6: Gravitational waves: Relativity and Fundamental physics |

Abedi | Jahed | Echoes From The Abyss: A Highly Spinning Black Hole Remnant For The Binary Neutron Star Merger Gw170817 | Germany | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Acquaviva | Giovanni | Gravitational Energy-Momentum And Thermodynamics | Czech republic | A2: Mathematical relativity and classical gravitation |

Adamo | Tim | Aspects Of Perturbation Theory With A Cosmological Constant | United Kingdom | A4: Complex and conformal methods in classical and quantum gravity |

Addazi | Andrea | Gravitational Echoes From Exotic Compact Objects | China | C6: Gravitational waves: Relativity and Fundamental physics |

Afonso | Victor | Compact Scalar Objects In Ricci-Based Modified Gravity Theories | Brazil | A3: Modified theories of gravity (theoretical aspects) |

Aggarwal | Nancy | Room Temperature Optomechanical Squeezing | United States of America | C4: Concepts and Research towards 3G Detectors |

Aguayo-Ortiz | Alejandro | Chocked Accretion: A Hydrodynamical Jet-Launching Mechanisim | Mexico | B1: Relativistic astrophysics |

Aguayo-Ortiz | Alejandro | Relativistic Wind Accretion Onto A Schwarzschild Black Hole | Mexico | B1: Relativistic astrophysics |

Aiello | Lorenzo | Characterization Of An Acousto-Optic Deflector For The Correction Of Asymmetric Wavefront Distortions Through High Speed Co2 Beam Scanning | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Aiello | Lorenzo | Development Of A Dc Adaptive Actuator For Optical Aberration Correction In Future Gravitational Wave Detectors | Italy | C4: Concepts and Research towards 3G Detectors |

Akcay | Sarp | Recent Progress In Teobresums | Germany | B3: Approximations, perturbation theory, and their applications |

Alavi | Ali (In Passport: Seyed Ali Asghar) | Neutrino Spin Oscillations In Gravitational Fields In Higher Dimensions | Iran | A2: Mathematical relativity and classical gravitation |

Alcubierre | Miguel | L-Boson Stars | Mexico | B2: Numerical relativity |

Alho | Artur | Spherically Symmetric, Steady States Of Newtonian Self-Gravitating Elastic Matter | Portugal | A2: Mathematical relativity and classical gravitation |

Alho | Artur | Dynamical Systems In Perturbative Cosmology | Portugal | B4: Cosmology: Theory and observations |

Almeida | Gabriel Luz | A Class Of Integrable Metrics Coupled To Gauge Fields | Brazil | A1: Exact solutions and their interpretation |

Alonso-Serrano | Ana | Coarse-Graining And Entropy Analysis In Black Hole Evaporation | Germany | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Altaha Motahar | Zahra | Axial Quasi-Normal Modes Of Neutron Stars In Massive Scalar-Tensor Theory | Germany | A3: Modified theories of gravity (theoretical aspects) |

Amadei | Lautaro | Unitarity And Information In Quantum Gravity: A Simple Example | France | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Amadei | Lautaro | Unitarity And Information In Quantum Gravity: A Simple Example | France | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Amati | Lorenzo | The Transient High-Energy Sky And Early Universe Surveyor (Theseus) | Italy | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Amato | Alex | High-Quality Oxide Coating Materials For Gravitational-Wave Detectors: Optical And Mechanical Properties Correlation And Future Developments | France | C3: Progress and Challenges in Advanced Ground Based Detectors |

Anantua | Richard | Probing Near-Horizon Scales In General Relativistic Magnetohydrodynamic Simulations | United States of America | B1: Relativistic astrophysics |

Andersen | Thomas | Bohmian Trajectory Quantum Gravity | Canada | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Anderson | Paul | Black Hole Evaporation: Approach To A Thermal Spectrum | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

André | Rui | Black Hole Thermodynamics In The Canonical Ensemble And Higher Dimensions | Portugal | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Andreasson | Håkan | Approximating Gravitational Collapse For Dust With Vlasov Matter | Sweden | A2: Mathematical relativity and classical gravitation |

Andresen | Haakon | Gravitational Waves From Core-Collapse Supernovae | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Annulli | Lorenzo | Electromagnetism And Hidden Vector Fields In Modified Gravity Theories: Spontaneous And Induced Vectorization | Portugal | A3: Modified theories of gravity (theoretical aspects) |

Annulli | Lorenzo | Scattering Of Scalar, Electromagnetic, And Gravitational Waves From Binary Systems | Portugal | C6: Gravitational waves: Relativity and Fundamental physics |

Antonelli | Andrea | Energetics Of Two-Body Hamiltonians In Post-Minkowskian Gravity | Italy | B3: Approximations, perturbation theory, and their applications |

Aparicio | Miguel | Parametrizing Modified Gravities With Vector Degrees Of Freedom: Anisotropic Growth And Lensing | Spain | A3: Modified theories of gravity (theoretical aspects) |

Arca Sedda | Manuel | Intermediate-Mass Ratio Inspirals In Galactic Nuclei | Germany | C5: LISA and other Space Based Detectors |

Arca Sedda | Manuel | Birth, Life And Death Of Black Hole Binaries In Galactic Nuclei | Germany | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Arderucio Costa | Bruno | Laws Of Black Hole Thermodynamics In Semiclassical Gravity | Canada | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Argañaraz | Marcos Ariel | Round Null Surfaces In Kerr Space-Time | Argentina | A1: Exact solutions and their interpretation |

Arjona Fernández | Rubén | Unravelling The Effective Fluid Approach For Modify Gravity And Dark Energy Models | Spain | A3: Modified theories of gravity (theoretical aspects) |

Arnaud | Nicolas | Virgo Detector Characterization Activities During The O3 Run: From Latency To Gravitational-Wave Event Validation | France | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Arnaud | Nicolas | Status And Performance Of The Advanced Virgo Detector During The Observation Run 3 | France | C3: Progress and Challenges in Advanced Ground Based Detectors |

Arrechea | Julio | Semiclassical Stellar Hydrostatic Equilibrium | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Artale | Maria Celeste | Host Galaxies Of Merging Compact Objects | Austria | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Ascenzi | Stefano | A Luminosity Distribution For Kilonovae Based On Short Gamma-Ray Burst Afterglows | Italy | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Ashtekar | Abhay | Loop Quantum Gravity: Basics And Some Recent Advances | United States of America | Plenary Session |

Ashton | Gregory | Gravitational Wave Detection: A Fully Bayesian Approach | Australia | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Atrio-Barandela | Fernando | Measuring Angular Diameter Distances Out To Z~10 With The Cosmic Infrared Background Fluctutations | Spain | B4: Cosmology: Theory and observations |

Badaracco | Francesca | Cancellation Of Gravity Noise In Underground Detectors | Italy | C4: Concepts and Research towards 3G Detectors |

Baghi | Quentin | Listening To Gravity With Lisa From Incomplete Measurements: A Bayesian Data Augmentation Method | United States of America | C5: LISA and other Space Based Detectors |

Bailes | Matthew | The Meertime Key Science Project On Pulsar Timing | Australia | C1: Pulsar Timing Arrays |

Bailes | Matthew | Ozgrav Public Outreach Virtual And Mixed Reality Toolkits | Australia | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Bailes | Matthew | Ozgrav Public Outreach Virtual And Mixed Reality Toolkits | Australia | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Baker | Paul | Ipta Data Release 2: Preliminary Limits On A Stochastic Background Of Gws From Smbh Binaries | United States of America | C1: Pulsar Timing Arrays |

Balakumar | Visakan | Hadamard Renormalisation Of Charged Scalar Fields | United Kingdom | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Bantilan | Hans | Dynamics Of Black Holes In A Confining Background | United Kingdom | D2: Gravitational aspects of String Theory |

Barceló | Carlos | Generalizad No-Hair Theorem For Ultracompact Alternatives To Black Holes | Spain | C6: Gravitational waves: Relativity and Fundamental physics |

Barranco | Juan | Self-Gravitating Black Hole Scalar Wigs And The $M_{Bh}-\Sigma$ Relation | Mexico | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Barroso Silveira | Vitor | Vacuum Fluctuations In Non-Globally Hyperbolic Spacetimes | Brazil | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Barsotti | Lisa | The Future Of Ground-Based Gw Detection: Instruments And Science | Albania | Plenary Session |

Batista | Carlos | On The Integrability Of Einstein'S Equation And Killing Tensors | Brazil | A1: Exact solutions and their interpretation |

Batista | Carlos | Spinorial Formalism And Symmetries In Six Dimensions | Brazil | A2: Mathematical relativity and classical gravitation |

Bayle | Jean-Baptiste | Time-Delay Interferometry: Modeling And Simulating Laser Frequency Noise In Lisa | France | C5: LISA and other Space Based Detectors |

Bayle | Jean-Baptiste | Time-Delay Interferometry: Challenges To Modeling And Simulating Instrumental Imperfections For Lisa | France | C9: Experimental gravitation |

Becerril Barcenas | Ricardo | Black Holes Parameters From Redshifts And Blueshifts Of Photons Emitted By Geodesic Particles Orbiting Around Them. | Mexico | A2: Mathematical relativity and classical gravitation |

Beheshtipour | Banafsheh | Clustering Observational Data Using Deep Learning Network | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Bejarano | Cecilia | Projective Invariance In F(T) Gravity | Argentina | A3: Modified theories of gravity (theoretical aspects) |

Belahcene | Imene | Search For Gravitational-Wave Signals Produced By Cosmic Strings In The Advanced Ligo-Virgo Data. | France | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Belgacem | Enis | Studying Modified Gravitational-Wave Propagation With Lisa | Switzerland | B5: Gravitational waves and Cosmology |

Beltrán-Palau | Pau | The Hyperbolic Einstein-Rosen Bridge | Spain | A2: Mathematical relativity and classical gravitation |

Beltrán-Palau | Pau | Adiabatic Invariance In The Creation Of Particles By Gravitational And Electromagnetic Fields | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Benone | Carolina | Clouds In A Static Fluid | Brazil | A2: Mathematical relativity and classical gravitation |

Bera | Sayantani | Gravitational Radiation From Binary Neutron Stars In A Fourth Order Gravity Model | India | A3: Modified theories of gravity (theoretical aspects) |

Bera | Sayantani | Cosmological Evolution Of Perturbations In A Model Of Superfluid Dark Matter | India | B4: Cosmology: Theory and observations |

Bernal | Argelia | Stability Of L-Boson Stars Under Linear Perturbations | Mexico | B3: Approximations, perturbation theory, and their applications |

Berry | Christopher | Understanding The Evolution Of Stellar-Mass Black Hole Binaries | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Berti | Emanuele | Self-Interactions And Spontaneous Black Hole Scalarization | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Berti | Emanuele | Parametrized Black Hole Quasinormal Ringdown | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Bessa | Vitor | Global Dynamics Of So(3) Yang-Mills And Perfect Fluid Cosmology | Portugal | B4: Cosmology: Theory and observations |

Bettoni | Dario | Spectator Fields On A Roller Coaster: Gravitational Waves From Short-Lived Cosmic Strings | Spain | B5: Gravitational waves and Cosmology |

Bhagwat | Swetha | Detectability Of The Second Mode In Binary Black Hole Ringdown | Italy | C6: Gravitational waves: Relativity and Fundamental physics |

Bhattacharyya | Soham | Distinguishing Between General Relativity And Modified Theories Of Gravity Using Quasi-Normal Modes | Spain | A3: Modified theories of gravity (theoretical aspects) |

Bhattacharyya | Maitraya | Analytical And Numerical Treatment Of Perturbed Black Holes In Horizon-Penetrating Coordinates | India | B2: Numerical relativity |

Bianchi | Eugenio | Entanglement Entropy In Lqg: Analytical And Numerical Results | United States of America | D1: Loop quantum gravity and spin foams |

Bianchi | Eugenio | Black Hole Entropy And Gravitational Wave Observations: A Mechanism For Small Primordial Spins | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Bischof | Lea | Investigating An Optimal Backlink Candidate For Lisa | Germany | C5: LISA and other Space Based Detectors |

Biswas | Bhaskar | The Tidal Deformability Of An Anisotropic Compact Star: Implications For Gw170817 | India | C6: Gravitational waves: Relativity and Fundamental physics |

Blair | David | Next Challenges In Gravitational Wave Astronomy | Australia | C4: Concepts and Research towards 3G Detectors |

Blanchet | Luc | Balance Equations For Linear Momentum And Center Of Mass Of Isolated Post-Newtonian Systems | France | B3: Approximations, perturbation theory, and their applications |

Blixt | Daniel | Teleparallel Bigravity | Estonia | A3: Modified theories of gravity (theoretical aspects) |

Blixt | Daniel | Teleparallel Bigravity | Estonia | A3: Modified theories of gravity (theoretical aspects) |

Bochner | Brett | Analyzing The Propagation Of Electromagnetic Radiation For Plane-Symmetric, Non-Frw Early Universe Cosmologies | United States of America | A2: Mathematical relativity and classical gravitation |

Bode | Nina | Laser Amplification And Coherent Beam Combination For Gravitational Wave Detectors | Germany | C3: Progress and Challenges in Advanced Ground Based Detectors |

Boero | Ezequiel | New Gravitational Lens Equations For Black Holes With Angular Momentum | Argentina | B1: Relativistic astrophysics |

Boero | Ezequiel | General Gravitational Lenses Of Cosmological Systems | Argentina | B4: Cosmology: Theory and observations |

Boitier | Adrian | Sensitivity Of Pulsar Timing Arrays Towards Polarizations Of Gravitational Waves | Germany | C1: Pulsar Timing Arrays |

Bona | Carles | 3+2 Cosmology: The General Solution | Spain | B4: Cosmology: Theory and observations |

Bonetti | Matteo | Massive Black Hole Triplets As Lisa Sources | Italy | C5: LISA and other Space Based Detectors |

Bonga | Beatrice | Tidal Resonance In Extreme Mass-Ratio Inspirals | Canada | C6: Gravitational waves: Relativity and Fundamental physics |

Born | Michael | Test Stand For Lisa Laser Phase Fidelity | Germany | C5: LISA and other Space Based Detectors |

Bortoli | Fabio Da Silva | A Brodband Detector For An Experiment To Measure The Speed Of Gravity In Short Distances | C9: Experimental gravitation | |

Bosch | Pablo | Bbh & "Em" Fields: Em Counterparts And Beyond Gr | Canada | B2: Numerical relativity |

Bose | Sukanta | Tidal Love Numbers Of Black Holes And Neutron Stars In The Presence Of Higher Dimensions: Implications Of Gw170817 | India | A3: Modified theories of gravity (theoretical aspects) |

Bose | Sukanta | Constraining The Neutron-Matter Equation Of State With Gravitational Waves | India | C6: Gravitational waves: Relativity and Fundamental physics |

Botta | Gioele | New Cosmological Dynamics In Quantum Reduced Loop Gravity | Poland | D1: Loop quantum gravity and spin foams |

Bouffanais | Yann | Unraveling Formation Channels Of Binary Black Holes | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Boyanov | Valentin | Semiclassical Gravity Effects Near Horizon Formation | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Bradley | Michael | Perturbations Of Locally Rotationally Symmetric Cosmologies | Sweden | B3: Approximations, perturbation theory, and their applications |

Brassel | Byron | Collapsing Radiation Shells In Einstei-Gauss-Bonnet Gravity | South Africa | A3: Modified theories of gravity (theoretical aspects) |

Breschi | Matteo | Time-Domain Post-Merger Model For Non-Spinning Binary Neutron Stars | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Brito | Richard | The Stochastic Gravitational-Wave Background In The Absence Of Horizons | Italy | C6: Gravitational waves: Relativity and Fundamental physics |

Brizuela | David | A Semiclassical Framework For Quantum Geometrodynamics During Inflation | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Brügmann | Bernd | Hyperbolic Relaxation Method For Elliptic Equations In Numerical Relativity | Germany | B2: Numerical relativity |

Bsaibes | Thomas | Setting Stronger Dark Sector Limits On Monopole-Monopole And Monopole-Dipole Interactions Using Cylinders | United States of America | C9: Experimental gravitation |

Buikema | Aaron | Advanced Ligo Detectors In O3 | United States of America | C3: Progress and Challenges in Advanced Ground Based Detectors |

Buoninfante | Luca | Nonlocal Generalizations Of Gravity And Galilean Theories | Italy | A3: Modified theories of gravity (theoretical aspects) |

Burke | Ollie | Prospects For Identifying Near-Extremal Black Holes Using Lisa | Spain | C5: LISA and other Space Based Detectors |

Cabero Müller | Miriam | Tests Of General With The Binary Black Hole Signals From The Ligo-Virgo Catalog Gwtc-1 | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Cai | Qingyu | Correlation And The Black Hole Information Loss Paradox | China | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Calderon Bustillo | Juan | The Black Hole Always Chirps Twice | Australia | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Cano | Pablo A. | Leading Higher-Derivative Corrections To Kerr Geometry | Spain | A3: Modified theories of gravity (theoretical aspects) |

Capano | Collin | The Optimal Filter For Testing General Relativity With Gravitational Waves | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Carballo-Rubio | Raul | Metrology Of Horizons | Italy | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Cardenas-Avendano | Alejandro | Experimental Relativity With Observations Of The Accretion Disk Continuum Spectrum | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Cardenas-Avendano | Alejandro | Is There Chaos During Extreme Mass-Ratio Inspirals In Dynamical Chern-Simons Gravity? | United States of America | B3: Approximations, perturbation theory, and their applications |

Cardenas-Avendano | Alejandro | A Comparison Between The Gravitational Wave And The X-Ray Spectroscopy Approaches | United States of America | C9: Experimental gravitation |

Cardoso Ramos Rodrigues | João Paulo | Traces Of The Unruh Effect In Surface Waves | Brazil | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Carlip | Steven | How To Hide A Cosmological Constant | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Carranza Ortiz | Diego Antonio | Construction Of Ads-Like Spacetimes: The Tracefree Matter Case | United Kingdom | A4: Complex and conformal methods in classical and quantum gravity |

Carrasco | Federico | Triggering Magnetar Outbursts In 3D Force-Free Simulations | Germany | B1: Relativistic astrophysics |

Carter | Jonathan | Optomechanical Accelerometers In High Qg | Germany | C4: Concepts and Research towards 3G Detectors |

Carullo | Gregorio | Observational Black Hole Spectroscopy: A Time-Domain Multimode Analysis Of Gw150914 | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Casanueva Diaz | Julia | Longitudinal Control Of Marginally Stable Interferometers | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Castelli | Eleonora | Lisa Pathfinder Final Noise Performance: Effect Of Disturbances On The Low Frequency Noise And Projection To Lisa | Italy | C5: LISA and other Space Based Detectors |

Cavaglia | Marco | Improving The Chances Of Gravitational-Wave Detection From Core-Collapse Supernovae With A Single Interferometer | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Cerdá-Durán | Pablo | Towards Asteroseismology Of Core-Collapse Supernovae With Gravitational Wave Observations | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Cervantes | Jorge | Perturbation Theory For Biased Tracers In Modified Gravity | Mexico | A3: Modified theories of gravity (theoretical aspects) |

Chakraborty | Sumanta | Various Windows To Understand Extra Dimensions | India | A3: Modified theories of gravity (theoretical aspects) |

Chakraborty | Sumanta | Fate Of Extra Dimensions In Light Of Gw170817 | India | C6: Gravitational waves: Relativity and Fundamental physics |

Chakraborty | Sumanta | Gravity, Null Surfaces And Thermodynamics | India | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Chalumeau | Aurélien | Impact Of Planetary Ephemerides On Gravitational Wave Searches With Pulsar Timing Arrays | France | C1: Pulsar Timing Arrays |

Charzy?ski | Szymon | Trapping And Guiding Bodies By Gravitational Waves Endowed With Angular Momentum | Poland | A2: Mathematical relativity and classical gravitation |

Chatziioannou | Katerina | Multimessenger Astrophysics With Gravitational Waves | United States of America | Plenary Session |

Chaurasia | Swami Vivekanandji | Eccentric Binary Neutron Stars In Numerical Relativity | Germany | B2: Numerical relativity |

Chen | Xian | Extreme-Mass-Ratio Inspirals Produced By Tidal Capture Of Binary Black Holes | China | B1: Relativistic astrophysics |

Chen | Siyuan | Constraining Galaxy And Black Hole Binary Mergers With Pulsars | France | C1: Pulsar Timing Arrays |

Chen | Hsin-Yu | Distinguishing Binary Neutron Star From Neutron Star-Black Hole Mergers With Gravitational Waves | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Chen | Xian | Extreme-Mass-Ratio Inspirals Produced By Tidal Capture Of Binary Black Holes | China | C5: LISA and other Space Based Detectors |

Chen | Baoyi | Instability Of Exotic Compact Objects And Its Implications For Gravitational-Wave Echoes | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Cheong | Patrick Chi-Kit | Numerical General Relativistic Simulations: Collapse Collapse Supernovae And Neutron Stars Astrophysics | Hong Kong | B2: Numerical relativity |

Cherkas | Sergey | The Equation Of Vacuum State And The Structure Formation In Universe | Belarus | B4: Cosmology: Theory and observations |

Cholayil | Muhammed Saleem | Improving Parametrised Tests Of General Relativity Using Singular Value Decomposition | India | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Chua | Alvin | There And Back Again: Learning Forward/Inverse Solutions In Gravitational-Wave Inference | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ciolfi | Riccardo | Short Gamma-Ray Bursts And Multimessenger Astrophysics | Italy | B1: Relativistic astrophysics |

Ciolfi | Riccardo | Binary Neutron Star Mergers As Short Gamma-Ray Burst Central Engines | Italy | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Cirone | Alessio | Newtonian Noise Cancellation With Deep Learning | Italy | C4: Concepts and Research towards 3G Detectors |

Clément | Gérard | Stationary Magnetized Double Black Holes | France | A1: Exact solutions and their interpretation |

Colleoni | Marta | A Catalogue Of Multi-Mode Waveforms For Black-Hole Coalescence | Spain | B2: Numerical relativity |

Congedo | Giuseppe | Joint Cosmological Inference Of Standard Sirens And Gravitational Wave Weak Lensing | United Kingdom | B5: Gravitational waves and Cosmology |

Conti | Livia | Summary Of Virgo Outreach Activities | Italy | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Cordero-Carrión | Isabel | An Overview On The Outreach Activities In The Virgo Group In Valencia | Spain | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Corral-Bustamante | R. Leticia | Modeled Of Images Of Sgr A* With Relativistic Equations | Mexico | B2: Numerical relativity |

Corral-Bustamante | R. Leticia | Modeling Gravitational Waves Through Time | Mexico | C6: Gravitational waves: Relativity and Fundamental physics |

Costa | Luis Filipe | Gravitomagnetism In The Lewis Cylindrical Metrics | Portugal | A1: Exact solutions and their interpretation |

Costa | Filipe | The Gravitational "Magnus" Effect | Portugal | B1: Relativistic astrophysics |

Cotesta | Roberto | Enriching The Symphony Of Gravitational Waves From Binary Black Holes By Tuning Higher Harmonics | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Covas | Pep | All-Sky Search For Continuous Gravitational Waves From Isolated Neutron Stars Using Advanced Ligo O2 Data | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Cozzella | Gabriel | Proposal For Observing The Unruh Effect Using Classical Electrodynamics | Brazil | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Crisostomi | Marco | Rotating Black Holes In Higher Order Gravity | France | A3: Modified theories of gravity (theoretical aspects) |

Crisostomi | Marco | Dark Energy After Gw170817 | France | B5: Gravitational waves and Cosmology |

Crispino | Luis | Absorption Of Electromagnetic Plane Waves By Rotating Black Holes | Brazil | A2: Mathematical relativity and classical gravitation |

Croft | Robin | Using Grchombo To Simulate Boson Stars | United Kingdom | B2: Numerical relativity |

Cruz | Alejandro | Gravitational Waves From Long-Time Evolution Of Tilted Thick Disc Around A Rotating Black Hole | Spain | B2: Numerical relativity |

Csukás | Károly | On The Asymptotics Of Initial Data By Evolutionary Solvers | Hungary | B2: Numerical relativity |

Cullen | Torrey | Quantum Back Action Cancellation In The Audio Band | United States of America | C4: Concepts and Research towards 3G Detectors |

Cunha | Pedro | Light Ring Stability In Ultra-Compact Objects | Portugal | B1: Relativistic astrophysics |

Cuoco | Elena | Wavefier: A Prototype For Real Time Transient Signals Classifier | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Da Silva Venâncio | Joás | Quasinormal Modes Of Dirac And Gravitational Fields In Generalized Nariai Spacetimes | Brazil | A2: Mathematical relativity and classical gravitation |

Daghigh | Ramin | Quantum Mechanics Of The Interior Of The Russo-Susskind-Thorlacius Black Hole | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Dal Bosco | Davide | On-Ground Torsion Pendulum Testing For Lisa: Force Noise Performances And Charge Management System Investigation | Italy | C5: LISA and other Space Based Detectors |

Dal Canton | Tito | Detectability Of Modulated X-Rays From Lisa'S Supermassive Black Hole Mergers | United States of America | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

D'Antonio | Sabrina | An Extended All-Sky Search For Continuous Gravitational Waves With The Frequencyhough Pipeline | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Daverio | David | Numerical Relativity Methods For Cosmological N-Body Simulations | United Kingdom | B2: Numerical relativity |

De Araujo | Jose Carlos | Primordial Gravitational Waves In Horndeski Gravity | Brazil | B5: Gravitational waves and Cosmology |

De La Cruz Dombriz | Alvaro | Latest Constraints On Modified Gravities From Large-Scale Structures | Spain | A3: Modified theories of gravity (theoretical aspects) |

De Lorenzo | Tommaso | Volume Inside Old Black Hole, Or How To Store Our Universe Inside A Ping Pong Ball | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

De Lorenzo | Tommaso | Light Cone Black Holes | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

De Martino | Ivan | Sunyaev-Zeldovich Effect As A Tool To Probe Fundamental Physics | Spain | B4: Cosmology: Theory and observations |

Degollado | Juan Carlos | Dynamics Of Scalar Fields Around Black Holes | Mexico | B2: Numerical relativity |

Del Rio Vega | Adrian | Handedness Of Photons And Gravitational Wave Polarization. | Portugal | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Delgado | Jorge | Kerr Black Holes With Synchronised Scalar Hair And Higher Azimuthal Harmonic Index | Portugal | B2: Numerical relativity |

Delhom I Latorre | Adrià | Ghosts In Metric-Affine Gravity | Spain | A3: Modified theories of gravity (theoretical aspects) |

Delhom I Latorre | Adrià | Observable Traces Of Non-Metricity: New Constraints On Metric-Affine Gravity | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

D'Emilio | Virginia | The Effects Of Mass Distribution Assumptions On Bbh Population Inference | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Dent | Thomas | The Pycbc Search Pipeline For Binary Merger Signals In O3 | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Dergachev | Vladimir | Loosely Coherent Searches For Continuous Waves | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Deshamukhya | Atri | Tachyonic Scalar Fields And Black Hole Geometry | India | A3: Modified theories of gravity (theoretical aspects) |

Destounis | Kyriakos | Strong Cosmic Censorship In Charged Black-Hole Spacetimes | Portugal | A2: Mathematical relativity and classical gravitation |

Dhankar | Praveen Kumar | (2+1)- Dimensional Starbinsky Cosmological Models In F (R) Gravity With ?(R, T) | India | B4: Cosmology: Theory and observations |

Di Filippo | Francesco | Singularity Avoidance: Possibilities And Implications | Italy | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Di Giovanni | Fabrizio | Dynamical Formation Of Proca Stars And Quasi-Stationary Solitonic Objects | Spain | B2: Numerical relativity |

Di Palma | Irene | A Nonlinear Analysis Of Gravitational Waves From Core-Collapse Supernovae | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Dias | Oscar | Localised And Nonuniform Thermal States Of Sym On A Circle | United Kingdom | D2: Gravitational aspects of String Theory |

Diaz | Mario Claudio | The Toros Collaboration Optical Follow-Up Of Gravitational Wave Transients | United States of America | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Dickau | Jonathan | Massive Gravity Illustrated In The Mandelbrot Set | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Dickau | Jonathan | Theories Of Quantum And Analog Gravity Represented In The Mandelbrot Set | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Dietrich | Tim | A Multi-Messenger Analysis Of Neutron Star Mergers Employing Numerical Relativity Simulations | Netherlands | B2: Numerical relativity |

Dirian | Yves | Cosmological Parameters And Dark Energy With Advanced Gravitational-Wave Detectors | Switzerland | B5: Gravitational waves and Cosmology |

Dobkowski-Ry?ko | Denis | Isolated Horizons And The Petrov Type D Equation | Poland | A2: Mathematical relativity and classical gravitation |

Dong | Jiang | Mr | China | C9: Experimental gravitation |

Doulis | Georgios | Constructing High Precision Numerical Binary Black Hole Initial Data | Poland | B2: Numerical relativity |

Drago | Marco | Search For Gravitational Waves With Short Time Duration In The Advanced Ligo And Virgo | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Dreissigacker | Christoph | Deep-Learning Continuous Gravitational Waves | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Drew | Amelia | Radiation From Global Topological Strings Using Adaptive Mesh Refinement | United Kingdom | B5: Gravitational waves and Cosmology |

Drumond Silva | Jorge | Mass Inflation And Strong Cosmic Censorship For The Spherically Symmetric Einstein-Maxwell-Scalar Field System With A Cosmological Constant And An Exponencial Price Law | Portugal | A2: Mathematical relativity and classical gravitation |

Du | Anbin | Test Of The Gravitational Inverse-Square-Law At The Sub-Millimeter Range With Larger Test Masses And 32-Fold Symmetric Attractor | China | C9: Experimental gravitation |

Duc Thong | Le | White-Dwarf Spectra For Studies Of Time Variation Of The Fine Structure Constant | Vietnam | B4: Cosmology: Theory and observations |

Dudley | Richard | Bec Black Hole Analog With Massive Phonons | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Dzhunushaliev | Vladimir | Thin-Shell Toroidal $T^2$-Wormhole | Kazakhstan | A1: Exact solutions and their interpretation |

Dzhunushaliev | Vladimir | Dirac Stars In The Presence Of Maxwell And Proca Fields | Kazakhstan | B1: Relativistic astrophysics |

East | William | Cosmic Censorship And The Fate Of Spheroidal Collapse | Canada | B2: Numerical relativity |

Eichhorn | Astrid | Confronting Quantum Gravity With Data Through Its Interplay With Matter | Denmark | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Emparan | Roberto | Of Funnels, Rivers And Trampolines: The Perils Of Conveying Spacetime Curvature To The Uninitiated | Spain | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Emparan | Roberto | Cosmic Censorship Violation In Black Hole Collisions In Higher Dimensions | Spain | D2: Gravitational aspects of String Theory |

Endrizzi | Andrea | Effect Of Neutrinos On Binary Neutron Star Thermodynamics | Germany | B1: Relativistic astrophysics |

Erlich | Joshua | The Case For Emergent Gravity | United States of America | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Escamilla-Rivera | Celia | New Parametrized Equation Of State For Dark Energy Surveys | Mexico | B4: Cosmology: Theory and observations |

Escudero-Sanz, Mondin, Mcnamara | Isabel,Linda, Paul | Proposed Lisa Telescope Design | Netherlands | C5: LISA and other Space Based Detectors |

Esposito-Farese | Gilles | Hamiltonian Vs Stability In Alternative Theories Of Gravity | France | A3: Modified theories of gravity (theoretical aspects) |

Esteban Delgado | Juan Jose | Phase Metrology System For Lisa | Germany | C5: LISA and other Space Based Detectors |

Estellés | Héctor | A Time Domain Phenomenological Model For Gravitational Waves From Binary Black Hole Coalescence | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Estevez | Dimitri | Intercalibration Of Advanced Ligo And Advanced Virgo For The Third Observing Run O3 | France | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Etienne | Zachariah | The Blackholes@Home Project: Black Hole Binaries On The Desktop Computer | United States of America | B2: Numerical relativity |

Evans | Matthew | Cosmic Explorer | United States of America | C4: Concepts and Research towards 3G Detectors |

Fajman | David | Stability Of The Milne Model With Matter | Austria | A2: Mathematical relativity and classical gravitation |

Falcke | Heino | Imaging The Event Horizon In The Galactic Center And M87 | Netherlands | Plenary Session |

Faraji | Shokoufe | Thin Accretion Disk Of Distorted Schwarschild Blackhole | Germany | B1: Relativistic astrophysics |

Fasano | Margherita | Constraining The Neutron Star Equation Of State Using Multi-Band Independent Measurements Of Radii And Tidal Deformabilities | Italy | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Fasiello | Matteo | Testing The Inflationary Particle Content With Primordial Gravitational Waves | United Kingdom | B4: Cosmology: Theory and observations |

Fedczyszyn | Piotr | Generalization Of Hubble Law To Conform With Copernican Principle | Poland | B4: Cosmology: Theory and observations |

Feldbrugge | Job | Qantum Incompleteness Of Inflation | Canada | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Feng | Justin | Globally Conserved Currents From Approximate Killing Vectors: Dynamics And Initial Data | Portugal | A2: Mathematical relativity and classical gravitation |

Fernández Barranco | Germán | Photodetection In Lisa | Spain | C5: LISA and other Space Based Detectors |

Fernández Barranco | Germán | Laser Ranging Interferometer On Grace Follow-On: Current Status | Germany | C5: LISA and other Space Based Detectors |

Fernández-Álvarez | Francisco | A Novel Characterisation Of Gravitational Radiation In Asymptotically Flat Space-Times | Spain | A4: Complex and conformal methods in classical and quantum gravity |

Ferraro | Rafael | Cclp Solution Obtained From A Modified Plebanski-Demianski Ansatz | Argentina | A1: Exact solutions and their interpretation |

Ferraro | Rafael | Degrees Of Freedom And Hamiltonian Formalism For F(T) Gravity | Argentina | A3: Modified theories of gravity (theoretical aspects) |

Ferreira | Miguel | Rotating Clumps Of Scalar Field Dark Matter | Portugal | B1: Relativistic astrophysics |

Ferreiro | Antonio | On Running Couplings From Adiabatic Regularization | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Ferreiro | Antonio | Oscillon Statistics During Preheating | Spain | B4: Cosmology: Theory and observations |

Ferrigno | Carlo | The Contribution Of Integral To The Search Of Gamma-Ray Gw Couterparts | Switzerland | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Fesik | Liudmila | The Method For Targeted Search For Long-Duration Transients From Glitching Pulsars | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ficek | Filip | The Schrödinger-Newton-Hooke Equation - A Nonrelativistic Limit For Ads Perturbations | Poland | A2: Mathematical relativity and classical gravitation |

Figueras | Pau | Black Hole Instabilities And Violation Of The Weak Cosmic Censorship Conjecture | United Kingdom | D2: Gravitational aspects of String Theory |

Figueroa | Daniel G. | Gravitational Waves And Early Universe Cosmology | Switzerland | B5: Gravitational waves and Cosmology |

Finke | Andreas | Testing Nonlocal Gravity With Lunar Laser Ranging | Switzerland | A3: Modified theories of gravity (theoretical aspects) |

Flaminio | Raffaele | Towards Advanced Virgo Plus | France | C3: Progress and Challenges in Advanced Ground Based Detectors |

Flores | José Luis | Ehlers-Kundt Conjecture About Gravitational Waves And Dynamical Systems | Spain | A2: Mathematical relativity and classical gravitation |

Foffa | Stefano | Uv And Ir Divergencies In The Post-Newtonian Expansion | Switzerland | B3: Approximations, perturbation theory, and their applications |

Forghani | S. Danial | Thin-Shell Wormholes And Symmetry | Turkey | A2: Mathematical relativity and classical gravitation |

Frajuca | Carlos | An Experiment To Measure The Speed Of Gravity In Short Distances | Brazil | C9: Experimental gravitation |

Francis | Samuel | Acquiring The Inter-Satellite Laser Link In The Grace Follow-On Laser Ranging Interferometer | United States of America | C5: LISA and other Space Based Detectors |

Frassino | Antonia Micol | Extended Thermodynamics And Complexity In Gravitational Chern-Simons Theory | Spain | A1: Exact solutions and their interpretation |

Freitas | Gabriel | Renormalization In Curved Space-Times Via A Mode-Decomposition Of The Feynman Green Function | Brazil | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Fujibayashi | Sho | Mass Ejection From Remnants Of Binary Neutron Star Mergers | Germany | B1: Relativistic astrophysics |

Fujii | Yoshinori | Controls For Type-A Seismic Attenuation System For Kagra | Japan | C3: Progress and Challenges in Advanced Ground Based Detectors |

Fulvio | De Persio | Acme - Another Charge Management Electronics | Italy | C5: LISA and other Space Based Detectors |

Gaina | Alexei | Killing Tensors In Gravity And The Quantum Fields Theory | Moldavia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Gaina | Alexei | The Black Holes Evaporation: A New Paradigm | Moldavia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Gallo | Emanuel | Weak Lensing In A Plasma Medium And Gravitational Deflection Of Massive Particles Using The Gauss-Bonnet Theorem. Infinite And Finite Distance Corrections And Lensing Observables. | Argentina | B1: Relativistic astrophysics |

Gallo | Emanuel | Weak Lensing In Terms Of Curvature Scalars And Energy-Momentum Tensor For Pure Gravity And Plasma Media | Argentina | B1: Relativistic astrophysics |

Gammaitoni | Luca | Operating Detectors Out Of Equilibrium Can Improve Sensitivity? | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Ganguly | Apratim | Constraining The Fraction Of Compact Dark Matter From Micro Lensing Of Gravitational Waves | India | B5: Gravitational waves and Cosmology |

Gannouji | Radouane | Relativistic Cosmological Large Scale Structures At One-Loop | Chile | B4: Cosmology: Theory and observations |

Gao | Dongfeng | Zaiga: Zhaoshan Long-Baseline Atom Interferometer Gravitation Antenna | China | C3: Progress and Challenges in Advanced Ground Based Detectors |

Garay | Luis J. | Gauge Without Gauge: From Physical To Emergent Gauge Symmetries | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

García Quirós | Cecilio | Phenomxhm: A Modular, Accurate And Computationally Efficient Waveform Model Including Subdominant Spherical Harmonics And Mode Mixing Effects | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Garcia-Bellido | Juan | Primordial Black Holes As Dark Matter | Spain | B5: Gravitational waves and Cosmology |

García-Parrado | Alfonso | Type D Conformal Initial Data | Czech republic | A2: Mathematical relativity and classical gravitation |

García-Parrado | Alfonso | Gravitational Radiation And The Evolution Of Gravitational Collapse In Cylindrical Symmetry | Czech republic | C6: Gravitational waves: Relativity and Fundamental physics |

Garfinkle | David | Numerical Simulations Of Spacetime Singularities | United States of America | B2: Numerical relativity |

Gasperin | Edgar | The Weak Null Condition In Free-Evolution: Dual Foliation Ghg With Constraint Damping | Portugal | B2: Numerical relativity |

Gautam | Shalabh | Massive Klein-Gordon Fields On Hyperboloidal Slices | India | B2: Numerical relativity |

Gerosa | Davide | Pick The Right One: Bayesian Model Selection On Catalogs Of Gravitational-Wave Events | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Gerosa | Davide | Space+Ground Multiband Detections. How Many? | United Kingdom | C5: LISA and other Space Based Detectors |

Gettings | Conner | Playing With Gravitational Wave Detectors: Exhibits And Apps For Public Engagement With Gravitational Wave Research | United Kingdom | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Gettings | Conner | Getting Close To Gravity: Developing A Superconducting Torsion Balance To Test The Inverse Square Law Of Gravity | United Kingdom | C9: Experimental gravitation |

Ghosh | Archisman | Cosmology With Gravitational Waves And Galaxy Catalogues | Netherlands | B5: Gravitational waves and Cosmology |

Ghosh | Abhirup | Testing General Relativity Using Observations Of Gravitational Waves From The Inspiral, Merger And Ringdown Of Binary Black Holes | Germany | C6: Gravitational waves: Relativity and Fundamental physics |

Giannakopoulos | Thanasis | Holographic Phase Transitions | Portugal | D2: Gravitational aspects of String Theory |

Giesel | Kristina | The Mukhanov-Sasaki Hamiltonian In The Context Of Adiabatic Vacua And The Lewis-Riesenfeld Invariant | Germany | D1: Loop quantum gravity and spin foams |

Giesler | Matthew | Black Hole Ringdown: The Importance Of Overtones | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Gill | Kiranjyot | Gravitational Wave Astronomy Prospectives For Core-Collapse Supernovae Populations | United States of America | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Gill | Kiranjyot | Gravitational Waves From Fallback Accretion And Black Hole Formation In Long Gamma-Ray Bursts | United States of America | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Gimeno-Soler | Sergio | Magnetized Accretion Disks Around Kerr Black Holes With Scalar Hair | Spain | B1: Relativistic astrophysics |

Ginat | Yonadav Barry | Gravitational Wave Emission By Common-Envelope Evolution Of Binary Stars | Israel | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Gionti | Gabriele, S.J. | Some Features Of The Hamiltonian Analysis Of Asymptotic Safe Quantum Gravity | Vaticano | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Girão | Pedro | Higher Order Linear Stability And Instability Of Reissner-Nordstrom'S Cauchy Horizon | Portugal | A2: Mathematical relativity and classical gravitation |

Gittins | Fabian | Deformations Of Neutron Stars With Elastic Crusts | United Kingdom | B1: Relativistic astrophysics |

Gizbert-Studnicki | Jakub | Causal Dynamical Triangulations On A Torus | Poland | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Glaser | Lisa | Simulating Non-Commutative Geometries - A Focused Talk On Fuzzy Geometries | Austria | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Gödtel | Sandro | Rogue Waves In Selfgravitating Bec | Germany | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Gold | Roman | Implications Of Event Horizon Telescope Observations For General Relativity, Accretion Physics, And Jets | Germany | B1: Relativistic astrophysics |

Gold | Roman | Gravitational Waves From Tidally-Induced F-Modes: Probing Neutron Star Structure | Germany | B2: Numerical relativity |

Goncharov | Boris | Model Selection For Spin Noise In Pulsar Timing Arrays | Australia | C1: Pulsar Timing Arrays |

Goncharov | Boris | Directional Model-Independent Search For Persistent Gravitational Waves In Advanced Ligo’S Data From The First Two Observing Runs | Australia | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Gourgoulhon | Eric | Gr Computations With The Python-Based Free Computer Algebra System Sagemath | France | A2: Mathematical relativity and classical gravitation |

Gourgoulhon | Eric | Detecting Bodies Orbiting The Galactic Center Black Hole Sgr A* With Lisa | France | C5: LISA and other Space Based Detectors |

Gralla | Samuel | Beyond Force-Free Electrodynamics: Effective Field Theory And Bosonization | United States of America | B1: Relativistic astrophysics |

Gralla | Samuel | Black Hole Shadows and Rings | United States of America | Plenary Session |

Grasso | Michele | Ray Tracing,Parallax,Position And Redshift Drift In Numerical Relativity | Poland | B4: Cosmology: Theory and observations |

Gray | Rachel | A Statistical Constraint On The Hubble Constant From The Latest Gravitational Wave Detections | United Kingdom | B5: Gravitational waves and Cosmology |

Green | Stephen | Quasinormal Mode Orthogonality I: Bilinear Form On Hertz Potentials | Germany | A2: Mathematical relativity and classical gravitation |

Gretarsson | Elizabeth | Three Methods For Characterizing Thermo-Optic Noise In Optical Cavities | United States of America | C3: Progress and Challenges in Advanced Ground Based Detectors |

Grimm | Stefan | Multiband Gw Parameter Estimation: A Study Of Future Detectors | Italy | C5: LISA and other Space Based Detectors |

Gu | Chenxia | Numerical Study On The Gregory-Laflamme Instability Of Black Strings By Using Ccz4 Formulation | United Kingdom | B2: Numerical relativity |

Gudrun | Wanner | Optical Simulations For Space Interferometry | Germany | C5: LISA and other Space Based Detectors |

Gundlach | Carsten | The 2-Body Problem In 2+1 Spacetime Dimensions | United Kingdom | A1: Exact solutions and their interpretation |

Gundlach | Carsten | Spherically Symmetric Static Solutions Of Einstein-Vlasov And Their Perturbation Spectrum | United Kingdom | A2: Mathematical relativity and classical gravitation |

Gupta | Anshu | Numerical Studies Of Binary Black Hole (Bbh) Mergers Through Quasi-Local Horizon Characteristics | India | B2: Numerical relativity |

Gutti | Sashideep | Chronology Protection Problem In Modified Kerr Newman Spacetime | India | A3: Modified theories of gravity (theoretical aspects) |

Guzman | Francisco S. | Local Dynamics Of Ultralight Bosonic Dark Matter | Mexico | B4: Cosmology: Theory and observations |

Hackmann | Eva | The Propagation Delay In The Timing Of A Pulsar Orbiting A Supermassive Black Hole | Germany | B1: Relativistic astrophysics |

Hamilton | Eleanor | A Precession Model Tuned To Pn, Perturbation Theory And Numerical Relativity | United Kingdom | B3: Approximations, perturbation theory, and their applications |

Hammad | Fayçal | Spacetime Thermodynamics And Weyl Rescaling | Canada | A2: Mathematical relativity and classical gravitation |

Hanauske | Matthias | Binary Hybrid Star Mergers And The Phase Diagram Of Quantum Chromodynamics | Germany | B1: Relativistic astrophysics |

Hannam | Mark | Exploring Precessing Binaries With Numerical Relativity | United Kingdom | B2: Numerical relativity |

Hannam | Mark | The Impact Of Approximations And Uncertainties On Binary Black Hole Waveform Models | United Kingdom | B3: Approximations, perturbation theory, and their applications |

Hannam | Mark | Quantifying The Importance Of Higher Harmonics In Binary Black Hole Observations | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Hannuksela | Otto | Probing The Existence Of Ultralight Bosons With A Single Gravitational-Wave Measurement | Hong Kong | B5: Gravitational waves and Cosmology |

Harada | Ken-Ichi | Optical Parametric Amplification Using Nonlinear Optical Effect For The Next Generation Gravitational Wave Detector | Japan | C4: Concepts and Research towards 3G Detectors |

Harada | Tomohiro | Particle Creation In Gravitational Collapse To A Horizonless Compact Object | Japan | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Harriott | Tina | Petrov Type-N Solution For The Null-Surface Formulation Of General Relativity In 2+1 Dimensions | Canada | A1: Exact solutions and their interpretation |

Harte | Abraham | Does Geometric Optics Depend On Geometry? | Ireland | B3: Approximations, perturbation theory, and their applications |

Hartwig | Olaf | Time-Delay Interferometry And Clock Noise Calibration For Lisa | Germany | C5: LISA and other Space Based Detectors |

Hasegawa | Kunihiko | Molecular Adsorbed Layer Formation On Cooled Mirrors And Its Impacts On Cryogenic Gravitational Wave Telescopes | Japan | C4: Concepts and Research towards 3G Detectors |

Hawke | Ian | Relativistic Soundproof Models | United Kingdom | B1: Relativistic astrophysics |

Hayes | Fergus | Analysing Beaming Profiles Of Short Gamma-Ray Bursts Using Gravitational Waves | United Kingdom | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Hazboun | Jeffrey | Realistic Sensitivity Curves For Pulsar Timing Arrays | United States of America | C1: Pulsar Timing Arrays |

Hazboun | Jeffrey | Education And Public Outreach Efforts By Pulsar Timing Array Collaborations | United States of America | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Heffernan | Anna | Regularisation Of The Self-Force For Generic Orbits Kerr Spacetime | Canada | B3: Approximations, perturbation theory, and their applications |

Hejda | Filip | Energy Extraction From An Extremal Rotating Electrovacuum Black Hole Through Charged Particle Collisions | Portugal | A1: Exact solutions and their interpretation |

Hendry | Martin | Advocacy And Outreach Activities Of The Lisa Consortium | United Kingdom | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Heng | Ik Siong | A Black Hole Waveform Generator Trained On Numerical Relativity Waveforms | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Hennig | Joerg | Smooth Gowdy-Symmetric Generalised Taub-Nut Solutions In Einstein-Maxwell Theory | New Zeland | A2: Mathematical relativity and classical gravitation |

Henry | Quentin | "Tidal Effects Up To Second Post-Newtonian Order In Inspiralling Binary Neutron-Star Systems" | France | B3: Approximations, perturbation theory, and their applications |

Herdeiro | Carlos | Dynamically Viable Asymptotically Flat Black Holes With Scalar Hair: Superradiant Growth Vs. Scalarisation | Portugal | A3: Modified theories of gravity (theoretical aspects) |

Herman | Nicolas | Detecting Gravitational Waves Using Electromagnetic Cylindrical Cavity | Belgium | C6: Gravitational waves: Relativity and Fundamental physics |

Ho | Jiang Ji | Design Of An Electromagnetic Antenna In The Audio-Frequency Band For Lisa | Spain | C5: LISA and other Space Based Detectors |

Hoehn | Philipp | From Quantum Reference Systems To Quantum General Covariance | Austria | D1: Loop quantum gravity and spin foams |

Högås | Marcus | Gravitational Collapse In Bimetric Gravity | Sweden | A3: Modified theories of gravity (theoretical aspects) |

Holman | Marc | The Equivalence Principles And The Nature Of Gravitation | Canada | A3: Modified theories of gravity (theoretical aspects) |

Holz | Daniel | Review of Standard Sirens With Ground-Based Interferometers | United States of America | B5: Gravitational waves and Cosmology |

Horowitz | Gary | Cosmic Censorship In Anti De Sitter Spacetime | United States of America | D2: Gravitational aspects of String Theory |

Hossein Nouri | Fatemeh | Study The Nonlinear Mode-Tide Coupling Of Coalescing Binary Neutron Stars In Relativistic Formalism | India | B1: Relativistic astrophysics |

Hou | Shaoqi | Strong Equivalence Principle And Gravitational Wave Polarizations In Horndeski Theory | China | B5: Gravitational waves and Cosmology |

Hoy | Charlie | Exploring The Measurability Of Precession | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Hruska | Ondrej | The Study Of Non-Expanding Pleba?ski–Demia?ski Solutions | Czech republic | A1: Exact solutions and their interpretation |

Hu | Yiming | Science With Tianqin: Preliminary Results On Massive Black Hole Binaries | China | C5: LISA and other Space Based Detectors |

Hua | Muchuan | Towards A Better Determination Of Big G | United States of America | C10: Measurements of G |

Huarcaya | Victor | Demonstration Of Multi-Degree Of Freedom Test Mass Readout | Germany | C5: LISA and other Space Based Detectors |

Iess | Alberto | Machine-Learning Classification Of Core-Collapse Supernovae And Detector Glitches | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ikeda | Taishi | The Physics Of Black Hole Binaries: Geodesic Properties, Quasinormal Modes And Interaction With Fundamental Fields -- Part Ii | Japan | B2: Numerical relativity |

Intini | Giuseppe | Shrewd Technique To Knock Out False-Positive Continuous-Wave Signals | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ishihara | Hideki | Can We Observe Spherical Photon Orbits In Near-Extremal Kerr Black Holes? | Japan | B1: Relativistic astrophysics |

Isi | Maximiliano | Black Hole Spectroscopy With Overtones | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Itin | Yakov | Premetric Teleparallel Gravity As A Framework For Lorentz And Parity Symmetry Violation Models. | Israel | A3: Modified theories of gravity (theoretical aspects) |

Ivanov | Dimitar | Testing Bec Dark Matter With Gravitational Waves | Italy | B4: Cosmology: Theory and observations |

James | Alasdair | Development Of A New Photodetector For Advanced Ligo | United Kingdom | C3: Progress and Challenges in Advanced Ground Based Detectors |

Janiuk | Agnieszka | Accretion In A Dynamical Kerr Spacetime And Spinning Up Of The Black Hole In Collapsar | Poland | B1: Relativistic astrophysics |

Janiuk | Agnieszka | Short Gamma Ray Bursts, Jets, And Kilonovae | Poland | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Jaramillo | José Luis | Two Non-Normal Spectral Problems In Black Hole Spacetimes | France | A2: Mathematical relativity and classical gravitation |

Javaloyes | Miguel Ángel | Zermelo Navigation, Spacetimes And Finsler Geometry | Spain | A2: Mathematical relativity and classical gravitation |

Jimenez | Alejandro | On The Solutions Of The Einstein-Hilbert And Gauss-Bonnet Metric-Affine Lagrangians | Spain | A3: Modified theories of gravity (theoretical aspects) |

Jimenez Forteza | Xisco | Neutron Stars In Quadratic F(R) Theories Of Gravity | Italy | A3: Modified theories of gravity (theoretical aspects) |

Jimenez Forteza | Xisco | Impact Of High-Order Tidal Terms On Binary Neutron-Star Waveforms | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

John | Anslyn | Bondi Accretion In The Spherically Symmetric Johannsen-Psaltis Spacetime | South Africa | B1: Relativistic astrophysics |

Johnson-Mcdaniel | Nathan | Initial Data For Orbiting Charged Binary Black Holes With Arbitrary Spins | United Kingdom | B2: Numerical relativity |

Johnson-Mcdaniel | Nathan | Distinguishing High-Mass Binary Neutron Stars From Binary Black Holes | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Jones | Michael | The Rotation Problem | United States of America | B4: Cosmology: Theory and observations |

Cervantes | Jorge | Screenings In Modified Gravity: A Perturbative Approach | Mexico | A3: Modified theories of gravity (theoretical aspects) |

Ju | Li | Micromechanical Resonators In The Whitelight Cavity For Improved Gravitational Wave Detectors | Australia | C4: Concepts and Research towards 3G Detectors |

Jung | Sunghoon | Probing Dark Matter At Ligo And Beyond | South Korea | B5: Gravitational waves and Cosmology |

Kamiya | Yoshio | Experimental Search For New Gravity-Like Interactions In The Nanometer Range | Japan | C9: Experimental gravitation |

Karamitsos | Sotirios | Attractor Cosmology And Initial Conditions Beyond The Poles | United Kingdom | B4: Cosmology: Theory and observations |

Kashyap | Rahul | Are Kilonovae Standardizable Candles? | India | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Kastha | Shilpa | Testing The Multipole Structure Of Compact Binaries Using Gravitational Wave Observations : The Spinning Case | India | C6: Gravitational waves: Relativity and Fundamental physics |

Kavanagh | Chris | Dissipation In Extreme Mass Ratio Binaries With A Spinning Secondary | Germany | B3: Approximations, perturbation theory, and their applications |

Kawazoe | Fumiko | Qfirs – An Integrated Structured Educational Programme For Doctoral Students And Postdocs In Hannover And Braunschweig | Germany | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Kazici | Dilek | Embedding The Stationary Spacetimes Into Brans-Dicke Cosmology Via Conformal Transformations | Turkey | A1: Exact solutions and their interpretation |

Keitel | David | Searching For Long-Duration Gravitational Wave Transients From Glitching Pulsars | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Keitel | David | Education & Public Outreach Activities Of The Ligo Scientific Collaboration | United Kingdom | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Kersting | Magdalena | Bringing General Relativity To Upper Secondary Schools: Design And Evalutation Of A Digital Learning Environment | Norway | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Key | Joey Shapiro | Extreme Mass Ratio Inspiral (Emri) Search Techniques For The Lisa Mission | United States of America | C5: LISA and other Space Based Detectors |

Khadse | Akshay Vijaykumar | Quick Bbh Merger Visualizations: Interpolating Numerical Apparent Horizons | United States of America | B2: Numerical relativity |

Khalil | Mohammed | Theory-Agnostic Modeling Of Dynamical Scalarization In Binary Systems | Germany | B3: Approximations, perturbation theory, and their applications |

Khan | Sebastian | Parameter Estimation With Higher Modes And Precession | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Khavkine | Igor | Ideal Characterization Of Cosmological And Black Hole Spacetimes | Czech republic | A1: Exact solutions and their interpretation |

Khavkine | Igor | Completeness Of Local Gauge Invariant Observables On Cosmological And Black Hole Spacetimes | Czech republic | A2: Mathematical relativity and classical gravitation |

Kim | Sung-Won | Creation And Evolution Of Traversable Wormhole In Flrw Universe | South Korea | A1: Exact solutions and their interpretation |

Kim | Yunho | Gravitational Waves From Black Hole Binaries In Quadratic Gravity | Australia | A3: Modified theories of gravity (theoretical aspects) |

Kimpson | Tom | Pulsar Timing In Extreme Mass Ratio Binaries | United Kingdom | A2: Mathematical relativity and classical gravitation |

Kimura | Rampei | On Lorentz-Invariant Spin-2 Theories | Japan | A3: Modified theories of gravity (theoretical aspects) |

Kitaguchi | Masaaki | Experimental Studies Of Gravity With Slow Neutrons | Japan | C9: Experimental gravitation |

Kiuchi | Kenta | Revisiting The Lower Bound On Tidal Deformability Derived By At 2017Gfo | Germany | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Klehfoth | Mark | Local And Covariant Flow Relations For Ope Coefficients In Curved Spacetime | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Klehfoth | Mark | Local And Covariant Flow Relations For Ope Coefficients In Curved Spacetime | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Klein | Norbert | Can Mond Explain The Data Scattering Of "Big G" ? | United Kingdom | C9: Experimental gravitation |

Knopik | Jerzy | Gowdy Spacetimes With A Positive Cosmological Constant | Austria | A2: Mathematical relativity and classical gravitation |

Knorr | Benjamin | Asymptotic Safety - Recent Achievements And Links To Other Approaches | Netherlands | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Koga | Yasutaka | Correspondence Between Sonic Points Of Radiation Flow And Photon Surfaces | Japan | A2: Mathematical relativity and classical gravitation |

Kokkotas | Kostas | Rotational Instabilities Of Neutron Stars | Germany | B3: Approximations, perturbation theory, and their applications |

Kolekar | Sanved | Quantum Memory For Rindler Supertranslations | India | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Kontou | Eleni-Alexandra | Quantum Strong Energy Inequality And The Hawking Singularity Theorem | United Kingdom | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Korzy?ski | Miko?aj | Probing Spacetime Curvature With Geometric Optics | Poland | B4: Cosmology: Theory and observations |

Kothawala | Dawood | Small Scale Structure Of Spacetime And It'S Ramifications | India | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Kothawala | Dawood | Small Scale Structure Of Spacetime And It'S Ramifications | India | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Kovács | Áron | On The Local Well-Posedness Of Horndeski Theories | United Kingdom | A3: Modified theories of gravity (theoretical aspects) |

Kozameh | Carlos | A Quantum Theory For The Classical Graviton | Argentina | A4: Complex and conformal methods in classical and quantum gravity |

Kozameh | Carlos | Spin And Center Of Mass Comparison Between The Pn Approach And The Asymptotic Formulation | Argentina | B3: Approximations, perturbation theory, and their applications |

Krishnendu | N V | A Bayesian Method To Test The Binary Black Hole Nature Of Gravitational Wave Events By Measuring Spin-Induced Quadrupole Moments | India | C6: Gravitational waves: Relativity and Fundamental physics |

Krtouš | Pavel | Separability In Kerr-Nut-(A)Ds Spacetime | Czech republic | A2: Mathematical relativity and classical gravitation |

Kubiznak | David | Dilatonic Imprints On Exact Gravitational Wave Signatures | Canada | B5: Gravitational waves and Cosmology |

Kubiznak | David | Holographic Thermodynamics Of Accelerating Black Holes | Canada | D2: Gravitational aspects of String Theory |

Kubiznak | David | Thermodynamics Of Lorentzian Taub-Nut Spacetimes | Canada | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Lackeos | Kristen | Advances In Galactic Binary Searches With Lisa | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Laemmerzahl | Claus | Towards A Fully General Relativistic Geodesy | Germany | A2: Mathematical relativity and classical gravitation |

Laemmerzahl | Claus | Testing General Relativistic Clock Effects In The Vicinity Of The Earth | Germany | C9: Experimental gravitation |

Laghi | Danny | Testing The Area Quantisation Hypothesis From Black Hole Ringdown Signals | Italy | C6: Gravitational waves: Relativity and Fundamental physics |

Laguna | Pablo | Space-Time Approach To Locomotion In Deformable Environments | United States of America | C9: Experimental gravitation |

Landry | Philippe | A Nonparametric Approach To Gravitational-Wave Inference Of The Neutron Star Equation Of State | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Larrañaga | Eduard | Gravitational Radiation From The Inspiral Of Compact Binaries Based On A Yukawa-Type Addition To The Newtonian Potential | Colombia | A3: Modified theories of gravity (theoretical aspects) |

Larrouturou | François | Gw Generation At The 4Th Post-Newtonian Order | France | B3: Approximations, perturbation theory, and their applications |

Lavrelashvili | George | Aspects Of The Negative Mode Problem In Quantum Tunneling With Gravity | Georgia | A2: Mathematical relativity and classical gravitation |

Lavrelashvili | George | Aspects Of The Negative Mode Problem In Quantum Tunneling With Gravity | Georgia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Lazzaro | Claudia | Discosing The Features Of Transient Gravitational Waves Indipendently From Waveform Models | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Lehner | Luis | New Vistas In The Simulation Of Compact Binary Systems | Canada | B2: Numerical relativity |

Lemos | Jose P. S. | Black Hole Volume And Enthalpy | Portugal | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Lewandowski | Jerzy | The Type D Horizons And The Petrov Type D Spacetimes | Poland | A1: Exact solutions and their interpretation |

Lewandowski | Jerzy | Near Horizon Geometry Equation, Degenerate Killing Horizons | Poland | A2: Mathematical relativity and classical gravitation |

Li | Guqiang | Hawking Radiation And Entropy Of A Black Hole In Modified Gravity From Quantum Tunneling Approach | China | B1: Relativistic astrophysics |

Li | Tjonnie | Search For Gravitational Lensing Signatures In Ligo-Virgo Binary Black Hole Events | Hong Kong | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Li | Li | Holographic Fermions In Striped Phases | China | D2: Gravitational aspects of String Theory |

Liberati | Stefano | Phenomenological Aspects Of Black Holes Beyond General Relativity | Italy | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Licht | David | Black Holes As Black Blobs On A Black Membrane | Spain | D2: Gravitational aspects of String Theory |

Lin | Feng-Li | Gedanken Experiments To Destroy A Btz Black Hole | Taiwan | A2: Mathematical relativity and classical gravitation |

Lin | Feng-Li | Compact Star Of Holographic Nuclear Matter And Gw170817 | Taiwan | C6: Gravitational waves: Relativity and Fundamental physics |

Littenberg | Tyson | Binary White Dwarfs As Laboratories For Extreme Gravity With Lisa | United States of America | C5: LISA and other Space Based Detectors |

Llorens Monteagudo | Miquel Lluís | Classification Of Gravitational-Wave Glitches Via Dictionary Learning | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Loll | Renate | Exploring Quantum Ricci Curvature In Nonperturbative Quantum Gravity | Netherlands | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

London | Lionel | Towards A New Multipolar Description Of Gravitational Waves From Binary Black Holes | United States of America | B3: Approximations, perturbation theory, and their applications |

López-Zaragoza | Juan Pedro | Magnetic Experiments On-Board Lisapathfinder | Spain | C5: LISA and other Space Based Detectors |

Louko | Jorma | Second Law Protection Theorem For Lorentz-Violating Black Holes | United Kingdom | A3: Modified theories of gravity (theoretical aspects) |

Louko | Jorma | Rindler Quench In Curved Spacetime And In The Laboratory | United Kingdom | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Loutrel | Nicholas | The Eccentric Behavior Of Inspiraling Compact Binaries | United States of America | B3: Approximations, perturbation theory, and their applications |

Loutrel | Nicholas | Probing Parity Violation With Spin-Precessing Binaries | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Lucietti | James | New Thermodynamic Identities For Five-Dimensional Black Holes | United Kingdom | A2: Mathematical relativity and classical gravitation |

Lucietti | James | Moduli Space Of Five-Dimensional Supersymmetric Black Holes | United Kingdom | D2: Gravitational aspects of String Theory |

Lukes-Gerakopoulos | Georgios | Extended Test Bodies With Spin In Curved Spacetime | Czech republic | B3: Approximations, perturbation theory, and their applications |

Lumaca | Diana | Stability Of Low Loss Substrates For Coating Research: From Edge Effect To Ageing. | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Lumaca | Diana | Characterization Of An E-Beam Deposited Zns Film For High-Reflectivity And Low-Loss Coating | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Luo | Jun | Precision Measurement Of The Gravitational Constant G With Two Independent Methods | China | C10: Measurements of G |

Luz | Paulo | Influence Of Intrinsic Spin In The Formation Of Singularities For Inhomogeneous Effective Dust Space-Times | Portugal | A1: Exact solutions and their interpretation |

Luz | Paulo | Compact Objects In Einstein-Cartan Theory: The Effects Of Intrinsic Spin In Celestial Bodies | Portugal | A3: Modified theories of gravity (theoretical aspects) |

Lynch | Morgan | Experimental Evidence For Radiation Reaction Thermalized At The Fulling-Davies-Unruh Temperature | Israel | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Ma | Yongge | Connection Dynamics Of Weyle Gravity | China | D1: Loop quantum gravity and spin foams |

Maartens | Roy | The Dipole Of The Galaxy Bispectrum | South Africa | B4: Cosmology: Theory and observations |

Macas | Ronaldas | Unmodeled Source Reconstruction With Gravitational Waves | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Macas | Ronaldas | Search For Gravitational Waves Associated With Gamma-Ray Bursts During The Second Advanced Ligo-Virgo Observing Run | United Kingdom | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Mach | Patryk | Self-Gravitating Tori Around Black Holes | Poland | B1: Relativistic astrophysics |

Maclaurin | Colin | Cosmic Cable | Australia | A1: Exact solutions and their interpretation |

Maclaurin | Colin | Proper Time Hypersurfaces And Cosmic Time | Australia | B4: Cosmology: Theory and observations |

Maeda | Hideki | Exact Black-Hole Formation With A Conformally Coupled Scalar Field | Japan | A1: Exact solutions and their interpretation |

Magalhaes | Nadja S. | General Relativity And The Rotation Curves Of Ugc 128 And Ngc 2403 | B1: Relativistic astrophysics | |

Magaña Zertuche | Lorena | Towards High Precision Ringdown Fitting | United States of America | B3: Approximations, perturbation theory, and their applications |

Maggio | Elisa | Exotic Compact Objects: Ergoregion Instability, Ringdown And Echoes | Italy | C6: Gravitational waves: Relativity and Fundamental physics |

Mahlmann | Jens | Simulating Poynting Dominated Energy Flows Around Magnetars And Black Holes | Spain | B1: Relativistic astrophysics |

Majid | Walid | Pulsars In Compact Orbits Around Sgr A* | United States of America | B1: Relativistic astrophysics |

Maka | Zsuzsa | Going Beyond Two Messengers | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Malafarina | Daniele | Observational Properties Of The Gamma Metric | Kazakhstan | A1: Exact solutions and their interpretation |

Maldonado Torralba | Francisco José | Non-Singular And Ghost-Free Infinite Derivative Theory With Torsion | South Africa | A3: Modified theories of gravity (theoretical aspects) |

Malek | Tomas | Exact Almost Universal Solutions To Higher-Order Gravities | Czech republic | A1: Exact solutions and their interpretation |

Maliborski | Maciej | Asymptotically Ads Solitons And Their Stability | Austria | A2: Mathematical relativity and classical gravitation |

Mandic | Vuk | Searching For The Stochastic Gravitational Wave Background With Advanced Ligo And Advanced Virgo | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Manjonjo | Addial | Static Conformal Models For Anisotropic Charged Fliuds | South Africa | A1: Exact solutions and their interpretation |

Mantovani | Maddalena | The Advanced Virgo Interferometer Sensing And Control For The O3 Scientific Run | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Marciano | Antonino | Probing Quantum Gravity With Gravitational Waves | China | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Marka | Zsuzsa | Towards Multimessenger Astronomy In The Lisa Era | United States of America | C5: LISA and other Space Based Detectors |

Marka | Szabolcs | What Else Can We Learn From Kilonova Observations? | United States of America | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Markakis | Charalampos | Kelvin'S Theorem And Hamilton-Jacobi Fluid Dynamics In Gravitational Wave Astrophysics | United Kingdom | B2: Numerical relativity |

Marolf | Donald | Negative Energies In String Theory: Limitations And Effects On Traversable Wormholes | United States of America | D2: Gravitational aspects of String Theory |

Marolf | Donald | Gravitational Entanglement: A Spectrum Of Results | United States of America | Plenary Session |

Maroto | Antonio L. | Testing Gravity With J-Pas | Spain | B4: Cosmology: Theory and observations |

Marsat | Sylvain | Binary Black Holes Parameter Estimation For Lisa | France | C5: LISA and other Space Based Detectors |

Martinez | Mario | A Convoluted Neural Network Implementation For The Search For Compact Binary Signals At Virgo | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Martínez | Vicent J. | Galaxy Correlations At The Smallest Scales | Spain | B4: Cosmology: Theory and observations |

Martin-Moruno | Prado | Graviton-Photon Oscillation Beyond Gr | Spain | B5: Gravitational waves and Cosmology |

Martynov | Denis | Prospects For Measuring Neutron Star Equation Of State Using Gravitational Waves | United Kingdom | C4: Concepts and Research towards 3G Detectors |

Maselli | Andrea | Gravitational Waves In Massive Gravity: Waveforms From Extreme-Mass-Ratio Mergers | Italy | A3: Modified theories of gravity (theoretical aspects) |

Maselli | Andrea | Probing Planckian Physics With Lisa | Italy | C5: LISA and other Space Based Detectors |

Massera | Elena | Noise Rejection Method ?Using Spherical Harmonic Decomposition | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mastrogiovanni | Simone | Measuring The Impact Of The Gravitational Wave Intrinsic Geometry On The Hubble Constant Measure | France | B5: Gravitational waves and Cosmology |

Mastrogiovanni | Simone | Full Coherent Searches For Continuous Gravitational Waves With The Ligo Second Observing Run | France | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Matas | Andrew | Newtonian Noise Estimates Using Data From The Homestake Array | Germany | C4: Concepts and Research towards 3G Detectors |

Matos | Tonatiuh | The Quantum Character Of The Scalar Field Dark Matter | Mexico | B4: Cosmology: Theory and observations |

Mazumdar | Anupam | Towards Scale Invariant Infinite Derivative Theory Of Gravity | Netherlands | A3: Modified theories of gravity (theoretical aspects) |

Mazumdar | Anupam | Initial Conditions For Cosmic Inflation After Non-Singular Bounce | Netherlands | B4: Cosmology: Theory and observations |

Mazumdar | Anupam | Non-Local Stars As Blackhole Mimickers | Netherlands | C6: Gravitational waves: Relativity and Fundamental physics |

Mazumdar | Anupam | Quantum Entanglement Witness Of Quantum Gravity | New Zeland | C9: Experimental gravitation |

Mcisaac | Connor | Search For Sub-Threshold Lensed Images Of Gravitational Wave Observations | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mcisaac | Connor | Improving The Black Hole Hunter Educational Game For The Advanced Detector Era | United Kingdom | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Mcnamara | Paul | Multi-Messenger Astronomy With Lisa And Athena | Netherlands | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Mei | Jianwei | The Effect Of Stationary Earth Gravity Field On The Sensitivity Of Tianqin | China | C5: LISA and other Space Based Detectors |

Melville | Scott | Positive Signs In Modified Gravity | United Kingdom | A3: Modified theories of gravity (theoretical aspects) |

Mena | Filipe | Global Existence Of Solutions To The Spherically Symmetric Einstein-Scalar Field System | Portugal | A2: Mathematical relativity and classical gravitation |

Menchón | Cintia | Rotating Black Holes In Eddington-Inspired Born-Infeld Gravity | Spain | A1: Exact solutions and their interpretation |

Mendoza | Sergio | Metric And Metric-Affine Theories Of Mond With Curvature-Matter Couplings. | Mexico | A3: Modified theories of gravity (theoretical aspects) |

Mewes | Vassilios | Sphericalnr: Numerical Relativity In Spherical Coordinates With The Einstein Toolkit | United States of America | B2: Numerical relativity |

Meylahn | Fabian | Pre-Stabilized Laser System At A Wavelength Of 1550Nm For Future Gravitational-Wave Detectors | Germany | C4: Concepts and Research towards 3G Detectors |

Michimura | Yuta | Prospects For Upgrading The Kagra Gravitational Wave Telescope | Japan | C3: Progress and Challenges in Advanced Ground Based Detectors |

Middleton | Chad | A Possible Higher-Dimensional Alternative To Scalar-Field Inflationary Theory | United States of America | B4: Cosmology: Theory and observations |

Millhouse | Meg | Estimating Neutron Star Crust-Core Lag Evolution Using A Hidden Markov Model | Australia | B1: Relativistic astrophysics |

Millhouse | Meg | Detecting And Reconstructing Unmodeled Gravitational Waves With The Bayeswave Algorithm | Australia | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mills | Cameron | Constraining The Inclinations Of Binary Mergers From Gravitational-Wave Observations | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Minamitsuji | Masato | Spontaneous Scalarization Of Black Holes In Scalar-Tensor Theories With Derivative Couplings | Portugal | A3: Modified theories of gravity (theoretical aspects) |

Ming | Jing | Einstein@Home Search For Continuous Gravitational Waves From Vela Jr, Cassiopeia A And G347.3 | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mishra | Bivudutta | Dynamical Aspects Of Anisotropic Cosmological Models In F(R,T) Gravity | India | A3: Modified theories of gravity (theoretical aspects) |

Mishra | Chandra Kant | Distance-Inclination Angle Measurements For Non-Optimally Oriented Binary Black Holes | India | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mo | Jie-Xiong Mo | Effects Of Lovelock Gravity On The Joule-Thomson Expansion | China | D2: Gravitational aspects of String Theory |

Mondal | Soumen | On The Possibilities Of Shocks In Relativistic Accretion And Wind Flows | India | B1: Relativistic astrophysics |

Mondal | Soumen | Studies Of Standing And Dissipative Shocks Around Rotating Black Holes. | India | B2: Numerical relativity |

Mondal | Soumen | Probing The Accretion Disk With The Gravitational Wave. | India | C6: Gravitational waves: Relativity and Fundamental physics |

Mondin | Linda | Lisa Laser System Design, Strategy And Verification | Netherlands | C5: LISA and other Space Based Detectors |

Monjo | Robert | Theoretical And Observational Compatibility Of Inhomogeneous Hyperconical Universes By Using Conformal Projections | Spain | B4: Cosmology: Theory and observations |

Monteiro | Ricardo | Loop Amplitudes From Ambitwistor Strings | United Kingdom | A4: Complex and conformal methods in classical and quantum gravity |

Morawski | Filip | Deep Learning Classification Of The Continuous Gravitational-Wave Signal Candidates From The Time-Domain F-Statistic Search | Poland | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Morcos | Abd El Fady | Second Order Form Of The Generalized Field Theory | Egypto | A3: Modified theories of gravity (theoretical aspects) |

Morcos | Abd El Fady | Filtering Condition For Some Of Viable Field Theories | Egypto | B3: Approximations, perturbation theory, and their applications |

Moreschi | Osvaldo | Black Hole Equations Of Motion In The Null Gauge With Back Reaction Due To Radiation | Argentina | B3: Approximations, perturbation theory, and their applications |

Moreschi | Osvaldo | Missed Astrophysical Signal In The Gw150914 Event | Argentina | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Morisaki | Soichiro | Search Methods For Ultralight Scalar Field Dark Matter With Gravitational-Wave Detectors And Its Detectability | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Morris | Tim | Perturbatively Renormalizable Quantum Gravity | United Kingdom | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Most | Elias Roland | Signatures From First-Order Phase Transitions In Neutron Star Mergers | Germany | B2: Numerical relativity |

Moughal | Muhammad Zubair Ali | Generating Spiky Solution Of Einstein'S Field Equations With The Stephani Transformation | New Zeland | A1: Exact solutions and their interpretation |

Moulin | Flora | Some Aspects Of Phenomenology Of Loop Quantum Gravity For Cosmology And Black Holes | France | D1: Loop quantum gravity and spin foams |

Movahed | Seyed Mohammad Sadegh | Self-Similarity Of Pulsar Timing Residuals: A Robust Pipeline To Detect Stochastic Gravitational Waves | Iran | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mozzon | Simone | Identification And Downranking Of Non-Stationarity In Ligo Data | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Mukhopadhyay | Banibrata | Modified Einstein Gravity To Unify Under- And Over-Luminous Type Ia Supernovae | India | A3: Modified theories of gravity (theoretical aspects) |

Mukhopadhyay | Banibrata | Power Of Magnetically Arrested Advective Accretion Flows To Explain Ulxs And Blazars | India | B1: Relativistic astrophysics |

Mukhopadhyay | Banibrata | Continuous Gravitational Waves From Magnetized White Dwarfs And Neutron Stars: Missions For Lisa,Decigo, Bbo | India | C6: Gravitational waves: Relativity and Fundamental physics |

Muratore | Martina | Instrument Characterization And Uncertainty In The Detection Of Stochastic Background Signals | Italy | C5: LISA and other Space Based Detectors |

Murk | Sebastian | Quantum Effects In Gravitational Collapse And Black Hole Evaporation | Australia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Murk | Sebastian | Energy-Momentum Tensor And Metric Near The Schwarzschild Sphere | Australia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Musco | Ilia | Tthe Threshold For Primordial Black Holes: Dependence On The Shape Of The Cosmological Perturbation | Spain | B2: Numerical relativity |

Musco | Ilia | The Abundance Of Primordial Black Holes Depends On The Shape Of The Inflationary Power Spectrum | Spain | B4: Cosmology: Theory and observations |

Nair | Remya | Constraints On Parameterized Post-Einsteinian Framework From Binary Pulsar Observations | United States of America | B1: Relativistic astrophysics |

Nair | Remya | Constraining Parity Violation In Gravity With Compact Binary Mergers | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Nakonieczna | Anna | Parabolic-Hyperbolic Formulation Of The Black Holes Initial Data - Numerical Studies | Poland | B2: Numerical relativity |

Nakonieczny | Lukasz | Curved Spacetime Effective Field Theory (Ceft) – Formalism And Some Applications | Poland | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Nampalliwar | Sourabh | Extreme Gravity With X-Rays: A Study Into The Nature Of Compact Objects Using X-Ray Reflection Spectroscopy | Germany | C9: Experimental gravitation |

Narayan | Ramesh | Black Hole Accretion And Relativistic Jets | United States of America | B1: Relativistic astrophysics |

Natario | Jose | Cosmic No-Hair In Spherically Symmetric Black Hole Spacetimes | Portugal | A2: Mathematical relativity and classical gravitation |

Neilsen | David | Dendro-Gr: A Scalable Framework For Computational General Relativity | United States of America | B2: Numerical relativity |

Ni | Wei-Tou | Simulation Of Lisa Time Delay Interferometry | China | C5: LISA and other Space Based Detectors |

Ni | Wei-Tou | Gw Missions Using Ranging-With-Timing And Zaiga-Ce Gw-Detection Prototype | China | C5: LISA and other Space Based Detectors |

Nikolaev | Aleksei | Embedding With Vaidya Geometry | South Africa | A1: Exact solutions and their interpretation |

Nishizawa | Atsushi | Testing Gravity At Cosmological Distance With Gravitatonal-Wave Propagation | Japan | C6: Gravitational waves: Relativity and Fundamental physics |

Nitz | Alexander | Multi-Messenger Search For Binary Neutron Star Mergers | Germany | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Noble | Scott C. | Investigating The Variability Of Accreting Binary Black Holes | United States of America | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Nofrarias | Miquel | The Data And Diagnostics Subsystem For Lisa | Spain | C5: LISA and other Space Based Detectors |

Nolan | Brien | Causality Violating Lightlike Trips In Godel'S Universe | Ireland | A1: Exact solutions and their interpretation |

Noller | Johannes | Positivity In The Sky | Switzerland | A3: Modified theories of gravity (theoretical aspects) |

Normann | Ben David | Massless, Inhomogeneous Scalar Gauge Fields | Norway | A1: Exact solutions and their interpretation |

Normann | Mikael | Evolution Equations Of Elastic Fluid In General Relativity | United Kingdom | B1: Relativistic astrophysics |

Novák | Jan | Breaking Nonlinear Graviton With Plabic Graphs | Czech republic | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Obergaulinger | Martin | Magnetically Driven Explosions And Black Hole Formation In Stellar Core Collapse | Germany | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

O'Brien | Brendan | Measurement Of Sub-Dominant Harmonic Modes For Gravitational Wave Emission From A Population Of Binary Black Holes | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ogawa | Tatsuya | Charge Screened Boson Stars In A Spontaneous Broken U(1) Gauge Theory | Japan | B1: Relativistic astrophysics |

Okada Da Silva | Hector | Spontaneous Black Hole Scalarization | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Okada Da Silva | Hector | Probing Extreme Gravity With X-Ray Burst Oscillations | United States of America | B1: Relativistic astrophysics |

Okada Da Silva | Hector | Parametrized Tests Of Gravity: From Stellar Structure To Gravitational Waves | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Olivares | Hector | Looking For Signatures Of Black Hole Mimickers With The Event Horizon Telescope | Germany | B1: Relativistic astrophysics |

Oliveira | João | On The Inexistence Of Solitons In Einstein-Maxwell-Scalar Models | Portugal | A2: Mathematical relativity and classical gravitation |

Olmedo | Javier | The Emergent Inflationary Universe In Quantum Reduced Loop Gravity: Primordial Perturbations And Their Power Spectra | United States of America | D1: Loop quantum gravity and spin foams |

Olmo | Gonzalo J. | Projective Invariance And The Schwarzschild Solution. | Spain | A1: Exact solutions and their interpretation |

Olsen | Seth | Ellis Wormhole Numerics In Maximal Isotropic Coordinates | United States of America | B2: Numerical relativity |

Oltean | Marius | The Motion Of Localized Sources In General Relativity: Gravitational Self-Force From Quasilocal Conservation Laws | Spain | B3: Approximations, perturbation theory, and their applications |

Orazi | Emanuele | A General Correspondence Between Ricci Based Theories And General Relativity | Brazil | A3: Modified theories of gravity (theoretical aspects) |

Ortiz-Baños | María | The Umami Chaplygin Model | Spain | B4: Cosmology: Theory and observations |

Oswald | Christian | The European Research Council - Funding Opportunities For Bright Minds | Germany | C8: Education and Public Outreach on Gravitational Wave Astronomy |

O'Toole | Conor | Time Domain Method For The Green Function In Schwarzschild Spacetime | Ireland | B3: Approximations, perturbation theory, and their applications |

Pagano | Giulia | Gwmodel: A Python Infrastructure For Gravitational Wave Parameter Estimation | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Palomba | Cristiano | All-Sky Search For Continuous Gravitational Waves From Boson Clouds Around Stellar Mass Black Holes | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Pang | Tsun Ho (Peter) | Model-Agnostic Test On Gravitational-Wave Polarizations | Netherlands | C6: Gravitational waves: Relativity and Fundamental physics |

Pani | Paolo | Black Holes Tend (Not) To Exist! Some Personal Reflections About Public Dissemination On Gravity | Italy | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Pani | Paolo | The Unbearable Lightness Of Spacetime: Testing The Nature Of Dark Compact Objects | Italy | Plenary Session |

Panosso Macedo | Rodrigo | Revisiting Black-Hole Perturbation Theory: The Hyperboloidal Slice Approach | United Kingdom | B3: Approximations, perturbation theory, and their applications |

Parfrey | Kyle | General-Relativistic Kinetic Plasma Simulations Of Black-Hole Magnetospheres And Jets | United States of America | B1: Relativistic astrophysics |

Park | Sohyun | Aspects Of Nonlocal Cosmology Models | Czech republic | A3: Modified theories of gravity (theoretical aspects) |

Pasquali | Michele | Post Merger Dynamics Of Binary Neutron Star Mergers | Italy | B2: Numerical relativity |

Paul | Suvankar | A Novel Strong Gravitational Lensing Feature From Wormholes | India | A1: Exact solutions and their interpretation |

Pennucci | Timothy | Status Of The North American Nanohertz Observatory For Gravitational Waves | Hungary | C1: Pulsar Timing Arrays |

Peón-Nieto | Carlos | Characterization Of N-Dimensional Kerr-De Sitter At Null Infinity And Its Limit Spacetimes | Spain | A4: Complex and conformal methods in classical and quantum gravity |

Pereira | Fabrícia | Merger Rates And The Electromagnetic Counterparts To Misaligned Supermassive Black Hole Binaries | Brazil | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Perez | Fernando | Speed As The Source Of The Gravitational Field | Spain | C10: Measurements of G |

Perrodin | Delphine | Updates From The European Pulsar Timing Array | Italy | C1: Pulsar Timing Arrays |

Perrodin | Delphine | Gravitational Wave Outreach With The International Pulsar Timing Array | Italy | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Petrov | Albert | Lorentz Symmetry Breaking In Gravity | Brazil | A3: Modified theories of gravity (theoretical aspects) |

Pfeiffer | Harald | Spectre - A New Discontinuous Galerkin Code For Solving General Relativistic Partial Differential Equations | Germany | B2: Numerical relativity |

Piccinni | Ornella Juliana | A Directed Search Of Continuous Wave Signals From The Galactic Center In Advanced Ligo'S Second Observing Run | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Pinol | Lucas | Non-Gaussianities In Multi-Field Inflation With Strongly Non-Geodesic Motion | France | B4: Cosmology: Theory and observations |

Piranomonte | Silvia | The Italyn Follow-Up Observations Of Gw Triggers In The Multi-Messenger Era | Italy | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Pizzella | Alvise | Measurement Of Thermal Noise In A Solid In Non-Equilibrium Steady States | Italy | C4: Concepts and Research towards 3G Detectors |

Pla Garcia | Silvia | Fermionic Preheating: Renormalization, Backreaction And Initial Conditions | Spain | B4: Cosmology: Theory and observations |

Pla García | Silvia | Pair Creation Induced By Electric And Gravitational Fields. | Spain | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Platania | Alessia | Effective Self-Consistent Solutions From Asymptotically Safe Gravity | Germany | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Platania | Alessia | Effective Self-Consistent Solutions From Asymptotically Safe Gravity | Germany | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Podolsky | Jiri | Spherical Black Holes In Quadratic Gravity: Bachian Generalization Of The Schwarzschild-(A)Ds Solution | Czech republic | A1: Exact solutions and their interpretation |

Pombo | Alexandre | Spontaneous Scalarisaton Of Charged Black Holes: Coupling Dependence And Dynamical Features | Portugal | A3: Modified theories of gravity (theoretical aspects) |

Pook-Kolb | Daniel | The Interior Of A Binary Black-Hole Merger | Germany | B2: Numerical relativity |

Poole | Aaron | (A)Ds In Bondi Gauge | United Kingdom | A2: Mathematical relativity and classical gravitation |

Porayko | Nataliya | Ppta Constraints On Fuzzy Dark Matter | Germany | C1: Pulsar Timing Arrays |

Pound | Adam | Second-Order Self-Force Calculations: A Status Report | United Kingdom | B3: Approximations, perturbation theory, and their applications |

Powell | Jade | The Simulation Of Gravitational Wave Emission From Core-Collapse Supernovae | Australia | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Pratten | Geraint | The Phenomx Suite Of Phenomenological Waveform Models | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Pravda | Vojtech | Universal And Almost Universal Spacetimes In Higher-Order Gravities | Czech republic | A3: Modified theories of gravity (theoretical aspects) |

Pravdova | Alena | Static, Spherically Symmetric Solutions To Quadratic Gravity | Czech republic | A3: Modified theories of gravity (theoretical aspects) |

Pullin | Jorge | Loop Quantum Gravity For Axisymmetric Spacetimes | United States of America | D1: Loop quantum gravity and spin foams |

Pundeer | Naeem Ahmad | On The Divergence Of Semiconformal Curvature And Space-Matter Tensor In General Relativity | India | A2: Mathematical relativity and classical gravitation |

Punturo | Michele | Einstein Telescope: The European 3Rd Generation Gravitational Wave Observatory | Italy | C4: Concepts and Research towards 3G Detectors |

Pürrer | Michael | Are Current Binary Black Hole Waveforms Accurate Enough For Future Detectors? | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Pushin | Dmitry | Moiré Neutron Interferometer For Precision Measurement Of G | Canada | C10: Measurements of G |

Qi | Hong | H0 Inference With Gravitational Wave Standard Sirens: A Mock Data Challenge | United Kingdom | B5: Gravitational waves and Cosmology |

Qi | Hong | Python Reduced Order Quadrature Builder Pyroq And Fast Inference On Gws From Eccentric Compact Binaries | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Rácz | István | Symmetries Of Vacuum Spacetimes With A Compact Cauchy Horizon Of Constant Non-Zero Surface Gravity | Hungary | A2: Mathematical relativity and classical gravitation |

Radia | Miren | Numerical Simulations Of Boson Stars | United Kingdom | B2: Numerical relativity |

Radu | Eugen | Nonspherical Horizons From Black Hole Scalarization | Portugal | A3: Modified theories of gravity (theoretical aspects) |

Raffai | Peter | Eccentricity Distributions Of Eccentric Binary Black Holes In Galactic Nuclei | Hungary | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Rajvanshi | Manvendra Pratap | Investigating The Dynamic Nature Of Dark Energy Beyond Linear Regime. | India | B4: Cosmology: Theory and observations |

Ramirez | Marcos | Evolution Of Thin Shells In D-Dimensional General Relativity | Argentina | A1: Exact solutions and their interpretation |

Ramirez | Marcos | Thermodynamic Stability Of Braneworld Einstein-Gauss-Bonnet Solutions And Vacuum Bubbles | Argentina | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Ramírez Romero | Cupatitzio | Quantum Frw Cosmology With An Axion-Like Field | Mexico | B4: Cosmology: Theory and observations |

Ramos Buades | Antoni | A Catalog Of Numerical Relativity And Hybrid Waveforms Of Eccentric Black-Hole Binary Systems | Spain | B2: Numerical relativity |

Raposo | Guilherme | Deformed Compact Objects In General Relativity And Beyond | Italy | A3: Modified theories of gravity (theoretical aspects) |

Raposo | Guilherme | Anisotropic Stars As Ultracompact Objects In General Relativity | Italy | C6: Gravitational waves: Relativity and Fundamental physics |

Rätzel | Dennis | Gravitational Properties Of Light | Germany | C9: Experimental gravitation |

Rätzel | Dennis | Dynamical Response Of Bose-Einstein Condensates To Oscillating Gravitational Fields | Germany | C9: Experimental gravitation |

Ray | Pratik P. | Dynamics Of Anisotropic Dark Energy Universe Embedded In One-Directional Magnetized Fluid | India | B4: Cosmology: Theory and observations |

Reall | Harvey | Strong Cosmic Censorship In De Sitter Space | United Kingdom | A2: Mathematical relativity and classical gravitation |

Reboucas | Marcelo | Limits Of The Circles-In-The-Sky Searches In The Determination Of Cosmic Topology | Brazil | B4: Cosmology: Theory and observations |

Reig | Mario | Axion Predictions From B-Physics Anomalies | Spain | B4: Cosmology: Theory and observations |

Reina | Borja | Perturbations Of Hypersurfaces Of Arbitrary Causal Character | Spain | A2: Mathematical relativity and classical gravitation |

Reitz | Marcus | Geometric Flux Formula For The Gravitational Wilson Loop | Netherlands | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Renaux-Petel | Sébastien | Geometrical Destabilization, Sidetracked Inflation And Swampland Conjectures | France | B4: Cosmology: Theory and observations |

Reula | Oscar | On Necessary And Sufficient Conditions For Strong Hyperbolicity | Argentina | A2: Mathematical relativity and classical gravitation |

Reula | Oscar | A Hyperbolic Theory Of Relativistic Conformal Dissipative Fluids | Argentina | B1: Relativistic astrophysics |

Ribeiro | Caio | An Optical Analogue Of Gravity-Induced Instabilities | Brazil | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Riemenschneider | Gunnar | Improved Analytical Representation Of The Multipolar Postmerger And Ringdown Of Coalescing, Spin-Aligned Binary Black Holes | Italy | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ripley | Justin | Nonlinear Dynamics Of Horndeski Theories In Spherical Collapse | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Rivas | Francisco | Thermo-Elastic And Thermo-Optical Effects On-Board Lisa Pathfinder | Spain | C5: LISA and other Space Based Detectors |

Robertson | Scott | Scattering Of Co-Current Surface Waves On An Analogue Black Hole | France | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Rocha | Jorge | Dynamical Spacetimes In Einstein-Maxwell-Dilaton Theory And Cosmic Censorship | Spain | A1: Exact solutions and their interpretation |

Rodrigues | Manuel | Microscope: A Test Of Equivalence Principle On The Way To Final Results | France | C9: Experimental gravitation |

Rodriguez-Meza | Mario A. | Mgpt: A Code For Perturbation Theory In Modified Gravity | Mexico | A3: Modified theories of gravity (theoretical aspects) |

Roebber | Elinore | The Geometry Of The Pta Ephemeris Error Problem | United Kingdom | C1: Pulsar Timing Arrays |

Roma Dollase | David | Enhanced Temperature Measurement Concept For Lisa | Spain | C5: LISA and other Space Based Detectors |

Roma Dollase | David | A Distributed Chip-Scale Magnetic Diagnostic Subsystem | Spain | C5: LISA and other Space Based Detectors |

Rosinska | Dorota | On The Maximum Mass Of Differentially Rotating Neutron Stars And Strange Stars | Poland | B1: Relativistic astrophysics |

Rosinska | Dorota | Binary Black Holes From Globular Cluster - The Impact Of Imbh | Poland | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Rossi | Lorenzo | Numerical Studies Of Superradiant Instability In Kerr-Ads | Italy | B2: Numerical relativity |

Rossi | Elena Maria | Lisa Science And The Lisa Science Group | Netherlands | C5: LISA and other Space Based Detectors |

Rostworowski | Andrzej | Cosmological Perturbations In The Regge-Wheeler Formalism | Poland | B3: Approximations, perturbation theory, and their applications |

Rostworowski | Andrzej | A New Perspective On Gravitational Perturbations Of Spherically Symmetric Spacetimes | Poland | B3: Approximations, perturbation theory, and their applications |

Rothleitner | Christian | The Measurement Of Big G - A Historical Overview | Germany | C10: Measurements of G |

Roulet | Javier | A Highly Spinning And Aligned Binary Black Hole Merger In The Advanced Ligo First Observing Run | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Roy | Saswati | Trajectory Of Light Ray Due To A Charged Body Via Optical Medium Approach | India | A2: Mathematical relativity and classical gravitation |

Rubiera-Garcia | Diego | Regular Black Holes In Ricci-Based Theories Of Gravity | Spain | A3: Modified theories of gravity (theoretical aspects) |

Ruipérez | Alejandro | Supersymmetric Rotating Black Holes In Gauged Supergravity And String Theory | Spain | D2: Gravitational aspects of String Theory |

Russano | Giuliana | Lisa Charge Management System: Discussion And On-Ground Testing Results | Italy | C5: LISA and other Space Based Detectors |

Rüter | Hannes | Improvements On Initial Data For Spinning Neutron Star Binaries | Germany | B2: Numerical relativity |

Rutkowski | Mieszko | Higher Order Perturbations Of The Reissner-Nordström Black Hole | Poland | B3: Approximations, perturbation theory, and their applications |

Saa | Alberto | Robinson-Trautman Solutions In (2+1) Dimensions | Brazil | A1: Exact solutions and their interpretation |

Saba | Saadia | Gravitational Decoupled Anisotropic Stars In Modified Gauss-Bonnet Gravity | Pakistan | A3: Modified theories of gravity (theoretical aspects) |

Sachdev | Surabhi | Early Warning Detection Of Gravitational Waves From Binary Neutron Star Mergers | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Sadhu | Amruta | Semiclassical Stability Of Ads-Schwarzschild Black Holes In Large D Limit | India | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Sadiq | Sobia | Anisotropic Solutions For Stellar Configurations | Pakistan | A1: Exact solutions and their interpretation |

Saffer | Alexander | The Exterior Spacetime Of Relativistic Stars In Scalar-Gauss-Bonnet Gravity | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Saffer | Alexander | Angular Momentum Loss For A Binary System In Einstein-Aether Theory | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Saffer | Alexander | The Gravitational Wave Stress-Energy (Pseudo)-Tensor In Modified Gravity | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Sahoo | Pradyumn | Phantom Energy As A Transient Phenomenon Avoiding Cosmic Doomsday In F(R) Gravity | India | A3: Modified theories of gravity (theoretical aspects) |

Sahoo | Parbati | Wormholes In $R^2$-Gravity Within The F(R; T) Formalism | India | A3: Modified theories of gravity (theoretical aspects) |

Saifullah | Khalid | Deformed Kerr Spacetimes | Pakistan | A2: Mathematical relativity and classical gravitation |

Sakellariadou | Mairi | Anisotropies In The Stochastic Gravitational-Wave Background | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Sakellariadou | Mairi | Noncommutative Gravity With Self-Dual Variables | United Kingdom | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Saleem | Rabia | Interpretation Of Exact Inflationary Solutions Using Induced Gravity Scenario | Pakistan | A1: Exact solutions and their interpretation |

Salgado | Marcelo | Boson Clouds Around Rotating Black Holes: Obstacles In Generalizing The No-Hair Theorems | Mexico | A2: Mathematical relativity and classical gravitation |

Samajdar | Anuradha | Detectability Of R-Modes In Binary Neutron Star Inspirals | Netherlands | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Sánchez | Miguel | On The Geometry Of Globally Hyperbolic Spacetimes With Timelike Boundary | Spain | A2: Mathematical relativity and classical gravitation |

Sánchez Velázquez | Jose Manuel | Scalar Dark Matter Candidate During Postinflationary Epoch | Spain | B4: Cosmology: Theory and observations |

Sanchis-Gual | Nicolas | Non-Linear Stability Of Rotating Proca Stars | Portugal | B2: Numerical relativity |

Santiago | Jessica | Thermodynamics And Gravity | New Zeland | A2: Mathematical relativity and classical gravitation |

Santos | Jorge | Novel Supersymmetric Black Holes In Ads_% | Spain | D2: Gravitational aspects of String Theory |

Sarbach | Olivier | Well-Posed Cauchy Formulation For Einstein-Aether Theory | Mexico | A3: Modified theories of gravity (theoretical aspects) |

Sarkar | Shilpa | Two-Temperature Advective Transonic Accretion Flows Around Black Holes | India | B1: Relativistic astrophysics |

Sathyaprakash | B | Gravitational Wave Astronomy With The Next Generation Of Gw Observatories | United States of America | C4: Concepts and Research towards 3G Detectors |

Satishchandran | Gautam | Asymptotic Behavior Of Massless Fields And The Memory Effect | United States of America | A2: Mathematical relativity and classical gravitation |

Sberna | Laura | Constraints On Millicharged Dark Matter And Axion-Like Particles From Timing Of Radio Waves | Canada | B4: Cosmology: Theory and observations |

Schmidt | Patricia | Constraining F-Modes In Binary Neutron Star Inspirals With Gravitational Waves | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Schmitz | Tim | Singularity Avoidance For Collapsing Quantum Dust In The LemaˆItre-Tolman-Bondi Model | Germany | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Schuster | Sebastian | Subtleties Of Different Approaches To Electromagnetic Analogue Space-Times | New Zeland | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Schwarze | Thomas | Verifying Lisa Core Technology On Ground: A Hexagonal Optical Bench | Germany | C5: LISA and other Space Based Detectors |

Sengupta | Sandipan | Eliminating Singularities Using Non-Einsteinian Phases: The Problem Of Closed Timelike Curves And Dirac Strings In Vacuum Gravity | India | A3: Modified theories of gravity (theoretical aspects) |

Sengupta | Soumitra | Radion Stabilization In Higher Curvature Warped Spacetime | India | A3: Modified theories of gravity (theoretical aspects) |

Sennett | Noah | Constraints On Higher-Order Curvature Corrections Using Gravitational Wave Observations | Germany | C6: Gravitational waves: Relativity and Fundamental physics |

Sennett | Noah | Tests Of General Relativity With Gw170817 | Germany | C6: Gravitational waves: Relativity and Fundamental physics |

Senovilla | José M M | Equations For General Thin Shells | Spain | A2: Mathematical relativity and classical gravitation |

Serbenta | Julius | Geometric Optics In Symmetric Spacetimes Using Bilocal Operators | Poland | B4: Cosmology: Theory and observations |

Seto | Naoki | The Search For Extra-Galactic Intelligence Signals Synchronized With Binary Neutron Star Mergers | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Setyawati | Yoshinta | Enhancing Gravitational Waveform Models | Germany | B3: Approximations, perturbation theory, and their applications |

Shaikh | Rajibul | Wormholes Without Exotic Matter In Eddington-Inspired Born-Infeld Gravity | India | A1: Exact solutions and their interpretation |

Shanquan | Lan | Joule-Thomson Expansion Of Charged Gauss-Bonnet Black Holes In Ads Space | China | A2: Mathematical relativity and classical gravitation |

Shao | Lijing | Testing Anisotropic Spacetimes With An Array Of Pulsars | China | C1: Pulsar Timing Arrays |

Shao | Lijing | Testing The Strong Equivalence Principle With Binary Pulsars And Gravitational Waves | China | C6: Gravitational waves: Relativity and Fundamental physics |

Shao | Chenggang | Analyzing Lorentz Violation With Short-Range Gravitational Experiments | China | C9: Experimental gravitation |

Sharif | Muhammad | Stability Of Anisotropic Homogeneous Cylinder | Pakistan | A1: Exact solutions and their interpretation |

Sharif | Muhammad | Curvature-Matter Coupling And Anisotropic Srange Stars | Pakistan | A3: Modified theories of gravity (theoretical aspects) |

Sherif | Abbas | Some Results On Black Hole Horizons: A Covariant Approach | South Africa | A2: Mathematical relativity and classical gravitation |

Shestakova | Tatyana | Searching For A Fundamental Equation For Quantum Gravity | Russia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Shibaguchi | Hiroyuki | Newton-V Experiment: Test Of Gravitational Inverse Square Law At A Micrometer Scale | Japan | C9: Experimental gravitation |

Shinkai | Hisaaki | Comparison Of Various Methods To Extract Ringdown Frequency From Gravitational Wave Data | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Shinkai | Hisaaki | Latest Status Of Kagra | Japan | C3: Progress and Challenges in Advanced Ground Based Detectors |

Shoemaker | Deirdre | The Impact Of Junk Radiation On Numerical Relativity Waveforms | United States of America | B2: Numerical relativity |

Shoemaker | David | Global Scenario: Gwic Activities | United States of America | C4: Concepts and Research towards 3G Detectors |

Siegel | Daniel | Gw170817: Astrophysical Results And Implications For Cosmic Nucleosynthesis | Canada | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Siemens | Xavier | Cosmological Sources Of Gravitational Waves In The Pulsar Timing Array Band | United States of America | C1: Pulsar Timing Arrays |

Silverstein | Eva | De Sitter Holography And The T-Tbar Deformation | United States of America | D2: Gravitational aspects of String Theory |

Silverstein | Eva M. | Accelerated Expansion In Cosmology: Problems And Progress | United States of America | Plenary Session |

Simpson | Christine | Using Machine Learning To Classify Burst Signals And Glitches In Lisa Data | United Kingdom | C5: LISA and other Space Based Detectors |

Singh | Vijay | Exact Solutions Of 5D Kaluza-Klein Model With Perfect Fluid Equation Of State | South Africa | A1: Exact solutions and their interpretation |

Singh | Neha | Constraining Parameters Of Coalescing Binary Systems With Einstein Telescope Alone | Poland | B5: Gravitational waves and Cosmology |

Singh | Tejinder | Proposal For A New Quantum Theory Of Gravity | India | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Skliris | Vasileios | Machine Learning To Extract Gravitational Wave Transients | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Slutsky | Jacob | Instrumental Noise Transients In Lisa | United States of America | C5: LISA and other Space Based Detectors |

Somiya | Kentaro | Development And Installation Of The Output Mode-Cleaner For Kagra | Japan | C3: Progress and Challenges in Advanced Ground Based Detectors |

Somiya | Kentaro | Study Of The Inhomogeneity In A Sapphire Substrate For Kagra | Japan | C3: Progress and Challenges in Advanced Ground Based Detectors |

Sorrentino | Fiodor | An Experiment To Demonstrate Frequency-Dependent Squeezing With Epr Entanglement For Gravitational Waves Detectors | Italy | C4: Concepts and Research towards 3G Detectors |

Sparling | George | The Complex And Projective Geometry Of Penrose Limits | United States of America | A4: Complex and conformal methods in classical and quantum gravity |

Speake | Clive | Update On The Work At Nist On The Determination Of Newton'S Constant, G, Using The Bipm 2013 Apparatus | United Kingdom | C10: Measurements of G |

Sperhake | Ulrich | Gravitational Wave Afterglow Of Stellar Collapse In Massive Scalar-Tensor Gravity | United Kingdom | B5: Gravitational waves and Cosmology |

Speziale | Simone | Surface Charges In Tetrad Variables | France | A2: Mathematical relativity and classical gravitation |

Speziale | Simone | Torsion In The Raychaudhuri Equations And In Spacetime Thermodynamics | France | A3: Modified theories of gravity (theoretical aspects) |

Spiers | Andrew | A Prospective Method For Calculating The Second-Order Gravitational Self-Force In A Kerr Background Spacetime To Model Emris. | United Kingdom | B3: Approximations, perturbation theory, and their applications |

Staelens | François | Non Linear Spherical Collapse With Relativistic Hydrodynamics In A Cosmological Background | Belgium | B2: Numerical relativity |

Stein | Leo | The Sxs Collaboration Catalog Of Binary Black Hole Simulations | United States of America | B2: Numerical relativity |

Steinbauer | Roland | Scissors-And-Paste With Lambda: The Geometric Picture | Austria | A1: Exact solutions and their interpretation |

Steinbauer | Roland | The Future Is Not Always Open | Austria | A2: Mathematical relativity and classical gravitation |

Steinke | Michael | Fiber-Based Laser Systems For 3G Detectors: State-Of-The-Art And Outlook | Germany | C4: Concepts and Research towards 3G Detectors |

Steltner | Benjamin | Identification And Removal Of Non-Gaussian Noise Transients In The Time Domain For Gravitational Wave Searches | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Stratta | Giulia | The Key-Role Of Theseus For Multi-Messenger Astrophysics | Italy | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Sturani | Riccardo | Two Body Dynamics In The Post-Newtonian Approximation Beyond Fourth Perturbative Order | Brazil | B3: Approximations, perturbation theory, and their applications |

Suárez Fernández | Isabel | Critical Phenomena And Cosmic Censorship: A Semilinear Wave Model | Portugal | A2: Mathematical relativity and classical gravitation |

Sun | Ling | Directed Searches For Gravitational Waves From Ultralight Boson Clouds Around Stellar Mass Black Holes | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Sun | Ling | Directed Searches For Gravitational Waves From Ultralight Boson Clouds Around Stellar Mass Black Holes | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Suresh | Jishnu | Pystoch: An Efficient Technique To Probe Stochastic Gravitational Wave Background Anisotropy With Ground-Based Detectors | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Surya | Sumati | A Status Report On Causal Set Theory | India | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Suzanne | Lanéry | State Space Renormalization In 1+1 Cdt | Spain | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Suzuki | Haruka | Gr Effect On Hill Stability | Japan | B1: Relativistic astrophysics |

Suzuki | Ryotaku | Merging Horizons At Large D | Spain | D2: Gravitational aspects of String Theory |

Svarc | Robert | Spherically Symmetric Geometries In Quadratic Gravity: Field Equations, Explicit Spacetimes, Physical Interpretation | Czech republic | A1: Exact solutions and their interpretation |

Sypsas | Spyros | Non-Gaussian CMB and Statistics Beyond Polyspectra | Thailand | B4: Cosmology: Theory and observations |

Szczepanczyk | Marek | Detection Of Gravitational Waves From Core-Collapse Supernovae | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Szewczyk | Pawe? | The Stability Properties Of Differentially Rotating Neutron Stars And Strange Stars | Poland | B1: Relativistic astrophysics |

Taistra | Yurii | Polarization Effects In The Kerr Space-Time | Ukrania | B1: Relativistic astrophysics |

Takeda | Hiroki | Prospects For Gravitational-Wave Polarization Test From Compact Binary Coalescences With Next-Generation Detectors | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Tamanini | Nicola | Review of Standard Sirens With LISA | Germany | B5: Gravitational waves and Cosmology |

Tanaka | Takahiro | Reanalysis Of Black Hole Echoes | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Tanner | David | Low-Loss Faraday Isolators | United States of America | C3: Progress and Challenges in Advanced Ground Based Detectors |

Taylor | Stephen | Pulsar Timing Arrays: The Next Frontier Of Gravitational Wave Astronomy | United States of America | Plenary Session |

Tenorio | Rodrigo | Noise-Robust Strategies For Continuous Gravitational Wave Searches: Improvements On The Skyhough All-Sky Search | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Teppa Pannia | Florencia Anabella | Vacuum Inflating Regions And Evolution Of Quantum Fluctuations In Inhomogeneous Backgrounds | Spain | B4: Cosmology: Theory and observations |

Terno | Daniel | A Self-Consistent Analysis Of Black Hole Horizons | Australia | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Thaller | Maximilian | Rotating Clouds Of Charged Particles In General Relativity | Sweden | A2: Mathematical relativity and classical gravitation |

Thaller | Maximilian | The Conformal Einstein Field Equations With Massless Vlasov Matter | Sweden | A4: Complex and conformal methods in classical and quantum gravity |

Thompson | Jonathan | Phenomenological Models Of Neutron Star Black Hole Binaries | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Tomaru | Takayuki | Cryogenic Mirror System In Kagra | Japan | C3: Progress and Challenges in Advanced Ground Based Detectors |

Torrentí | Francisco | Gravitational Wave Production From Preheating: Parameter Dependence | Switzerland | B5: Gravitational waves and Cosmology |

Torres-Forné | Alejandro | Universal Relations Of Core-Collapse Supernova With Gravitational Waves | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Toussaint | Vladimir | Massive Bosonic Conformal Zero-Mode In The Spatially Compactified Flrw Spacetimes And Its Detection | China | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Traykova | Dina | Beyond Horndeski Gravity: Phenomenology And Parameter Estimation | United Kingdom | A3: Modified theories of gravity (theoretical aspects) |

Trevino | Gabriel | Exploring Strong Field Deviations From General Relativity Via Gravitational Waves | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Tringali | Maria C. | Wiener Filtering Method Applied To Virgo West End Building Seismometer Array | Poland | C3: Progress and Challenges in Advanced Ground Based Detectors |

Trova | Audrey | Equilibrium Of Charged Perfect Fluid Near Black Hole | Germany | B1: Relativistic astrophysics |

Trovato | Agata | Machine Learning To Exploit Ligo/Virgo Single-Detector Data Taking Periods | France | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Trzesniewski | Tomasz | Hopf-Algebraic Deformations Of 3D Spacetime Symmetries | Poland | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Trzesniewski | Tomasz | Field Theory With Compact Phase Space | Poland | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Tsang | Ka Wa | A Morphology-Independent Search For Gravitational Wave Echoes In Gwtc-1 Release Data | Netherlands | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Tsukada | Leo | A First Search For A Stochastic Gravitational-Wave Background From Ultralight Bosons | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Tsupko | Oleg | Shadow Of Black Holes At Cosmological Distances | Russia | A2: Mathematical relativity and classical gravitation |

Tucker | Robin | A Vector-Scalar Field Model For The Dynamics Of The Early Universe | United Kingdom | B4: Cosmology: Theory and observations |

Tucker | Alexandria | Evolution Of Highly Eccentric Binary Orbits With Radiation Reaction | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Ueda | Kodai | Massive Tensor Field Perturbations On Extremal And Near-Extremal Static Black Holes | Japan | B3: Approximations, perturbation theory, and their applications |

Um | Hwa Jin | Modified Wightman Function And Unruh Effect In Nonlocal Field Theories | South Korea | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Unnikrishnan | Cs | Modified General Relativity And The Centenary Einstein Equations | India | A3: Modified theories of gravity (theoretical aspects) |

Unnikrishnan | Cs | A New Class Of Experiments On The True Relativistic Nature Of The One-Way Propagation Of Light | India | C9: Experimental gravitation |

Upton | Samuel D. | Gravitational Self-Force And The Hunt For Extreme-Mass-Ratio Inspirals | United Kingdom | B3: Approximations, perturbation theory, and their applications |

Urena-Lopez | Luis | Ultra-Light Boson Particles As Dark Matter Candidates: Boson Mass And Self-Interaction | Mexico | B4: Cosmology: Theory and observations |

Uzawa | Kunihito | Compact Objects And The Swampland | Japan | A1: Exact solutions and their interpretation |

Valiente Kroon | Juan A. | A Perturbative Approach To The Construction Of Initial Data On Compact Manifolds | United Kingdom | A2: Mathematical relativity and classical gravitation |

Valiente Kroon | Juan A. | Total Characteristics And The Conformal Einstein Field Equations | United Kingdom | A4: Complex and conformal methods in classical and quantum gravity |

Van Aelst | Karim | Rotating Black Holes In The Cubic Galileon Theory | France | A3: Modified theories of gravity (theoretical aspects) |

Vanhove | Pierre | Classical Gravity From Quantum Loop | France | B3: Approximations, perturbation theory, and their applications |

Vano-Vinuales | Alex | Reaching Infinity: Free Hyperboloidal Evolution Using Conformal Methods In Spherical Symmetry | Portugal | B2: Numerical relativity |

Varadarajan | Madhavan | An Update On Progress Towards A Satisfactory Quantum Dynamics For Lqg | India | D1: Loop quantum gravity and spin foams |

Vardaro | Marco | Frequency Independent Squeezing In Adv-Virgo | Italy | C3: Progress and Challenges in Advanced Ground Based Detectors |

Varma | Vijay | Surrogate Model Of The Waveform And Remnant Properties Of Precessing Binary Black Holes | United States of America | B2: Numerical relativity |

Veitch | John | Digging Compact Binary Populations Out Of The Noise | United Kingdom | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Venkatraman Krishnan | Vivek | Testing Theories Of Gravity With Relativistic Binary Pulsars | Germany | C1: Pulsar Timing Arrays |

Vera | Raül | Existence And Uniqueness Of Rigidly Rotating Stars To Second Order In Perturbation Theory In Gr | Spain | A2: Mathematical relativity and classical gravitation |

Verbin | Yosef | Bouncing Cosmological Solutions In Scalar - Tensor Gravity | Israel | A3: Modified theories of gravity (theoretical aspects) |

Vergani | Susanna | The Observational Prospects For Gw Em Follow-Up And Engrave | France | C7: Multi-Messenger Astronomy of Gravitational Wave Sources |

Vicente | Rodrigo | Moving Black Holes: Energy Extraction, Absorption Cross-Section And The Ring Of Fire | Portugal | B3: Approximations, perturbation theory, and their applications |

Videla | Nelson | The Viability Of Chaotic Inflation In A Generalized Galileon Scenario | Chile | B4: Cosmology: Theory and observations |

Vidotto | Francesca | Correlations In Spinfoam Cosmology | Canada | D1: Loop quantum gravity and spin foams |

Vidotto | Francesca | A New Look At Remnants As Dark Matter | Canada | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Vigano | Daniele | Neutron Stars Mergers Out Of The Blur: Modeling Turbulent Scales In Large Eddy Simulations | Spain | B1: Relativistic astrophysics |

Vijaykumar | Aditya | Probing The Large Scale Structure With Gravitational-Wave Observations Of Binary Black Holes | India | B5: Gravitational waves and Cosmology |

Villarrubia-Rojo | Hector | Observational Signatures Of Non-Comoving Cosmology | Spain | B4: Cosmology: Theory and observations |

Vines | Justin | Spinning-Black-Hole Scattering And The Test-Black-Hole Limit At Second Post-Minkowskian Order | Germany | B3: Approximations, perturbation theory, and their applications |

Vitale | Salvatore | Measuring The Hubble Constant With Neutron Star Black Hole Mergers | United States of America | B5: Gravitational waves and Cosmology |

Vivekananthaswamy | Gayathri | Intermediate-Mass Binary Black Hole Search With Advanced Ligo And Virgo | India | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Vorndamme | Christoph | Development Of The Phasemeter Core For Lisa | Germany | C5: LISA and other Space Based Detectors |

Walsh | Sinead | Rapid Parameter Estimation For Compact Binary Coalescence Events In Ligo Data | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Wang | Anzhong | Constraints On Einstein-Aether Theory After Gw170817 | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Wang | Yan | Prospects For Gravitational Wave Astronomy With Next Generation Large-Scale Pulsar Timing Arrays | China | C1: Pulsar Timing Arrays |

Wang | Yan | Fundamentals Of The Orbit And Response For Tianqin | China | C5: LISA and other Space Based Detectors |

Wang | Anzhong | Gravitational Waves Of Triple System In Einstein-Aether Theory | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Wang | Anzhong | Towards The Understanding Of Quantum Cosmology From Loop Quantum Gravity | United States of America | D1: Loop quantum gravity and spin foams |

Wang | Anzhong | Qualitative Dynamics Of Quantum Cosmology From Loop Quantum Gravity | United States of America | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Warburton | Niels | Faster Emri Waveforms | Ireland | B3: Approximations, perturbation theory, and their applications |

Waseem | Arfa | Study Of Stellar Structure In Modified Theory Of Gravity | Pakistan | A3: Modified theories of gravity (theoretical aspects) |

Wass | Peter | Test Mass Charging And Discharging In Lisa | United States of America | C5: LISA and other Space Based Detectors |

Weber | William Joseph | From Lisa Pathfinder To Lisa: Preparing For Gravitational Wave Observation From Space | Plenary Session | |

Wen | Linqing | Low Latency Gw Search And Multi-Messenger Astronomy | Australia | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Westerweck | Julian | Measuring Higher Order Black Hole Ringdown Modes With Advanced Ligo | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Westphal | Tobias | Gravimetry On The Milliscale - 100mg As A Source Mass | C10: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy | |

Whelan | John | Ligo-Virgo Searches For Gravitational Waves From Scorpius X-1 | Spain | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Whelan | John Whelan | An Analytic Approximation To The Bayesian Detection Statistic For Continuous Gravitational Waves | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Whiting | Bernard | Results Of The Recent Search For An Isotropic Stochastic Background Using Advanced Ligo Data | United States of America | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Wieland | Wolfgang | Conformal Boundary Field Theory For 3D Lqg | Canada | D1: Loop quantum gravity and spin foams |

Will | Clifford | Stars Askew In The Heavens: The Centenary Of Eddington'S Eclipse Expeditions | United States of America | Plenary Session |

Williamson | Kathryn | Training Ambassadors For High Impact Outreach | United States of America | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Williamson | Kathryn | A New Gravitational Wave Lecture-Tutorial For “Astro 101” | United States of America | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Williamson | Kathryn | The Pulsar Search Collaboratory | United States of America | C8: Education and Public Outreach on Gravitational Wave Astronomy |

Wiltshire | David | Towards Precision Tests Of The Cosmological Principle: Nhomogeneous Backreaction Versus ?cdm | New Zeland | B4: Cosmology: Theory and observations |

Witzany | Vojtech | Spin-Perturbed Orbits Near Black Holes | Czech republic | B3: Approximations, perturbation theory, and their applications |

Wondrak | Michael Florian | Quantum Corrected Black Holes From String T-Duality | Germany | D2: Gravitational aspects of String Theory |

Wright | Alex | Towards Efficient, Resistive, Multi-Fluid Simulations Of Neutron Star Mergers | United Kingdom | B2: Numerical relativity |

Wylleman | Lode | Solutions With A Geodesic, Single Weyl Pnd: From Vacuum To Aligned Einstein-Maxwell | Norway | A1: Exact solutions and their interpretation |

X | Nomaan | Studies On The Sj Vacuum In Desitter Spacetime | India | D3:Causal sets,causal dynamical triangulations,non-commutative geometry,asymptotic safety... |

Xiao-Bao | Xu | Entanglement Entropy In Jt Cft_2 | China | D2: Gravitational aspects of String Theory |

Yagi | Kent | Constraining Nuclear Matter Parameters With Gw170817 | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Yamada | Kei | More On The Tests Of Gravity Using Gravitational-Waves Data | Japan | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Yang | Huan | Axion Cloud Around Supermassive Black Holes And Its Astrophysical Implications | Canada | C6: Gravitational waves: Relativity and Fundamental physics |

Yang | Shanqing | Testing The Gravitational Inverse-Square Law With Torsion Pendulum In Hust | China | C9: Experimental gravitation |

Yau | Hou | Thin Shell With Fictitious Oscillations And Proper Time Oscillator | United States of America | A2: Mathematical relativity and classical gravitation |

Yokokura | Yuki | A Self-Consistent Description Of Time Evolution Of Black Holes Including Collapsing Matter And Hawking Radiation | Japan | D4: Quantum fields in curved space-time, semiclassical gravity, quantum gravity phenomenology... |

Yoshino | Hirotaka | Let Us Watch A Collapsing Star: How Does It Look? | Japan | B1: Relativistic astrophysics |

Yunes | Nicolas | An Entropy-Area Law For Neutron Stars Near The Black Hole Threshold | United States of America | A2: Mathematical relativity and classical gravitation |

Yunes | Nicolas | Can We Probe Planckian Corrections At The Horizon Scale With Gravitational Waves? | United States of America | A3: Modified theories of gravity (theoretical aspects) |

Yunes | Nicolas | A Gravitational Wave Model For Non-Spinning Binaries With Moderate Eccentricity | United States of America | B3: Approximations, perturbation theory, and their applications |

Yunes | Nicolas | Binary Pulsar Constraints On Massless Scalar-Tensor Theories Using Bayesian Statistics | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Yunes | Nicolas | Hidden-Sector Modifications To Gravitational Waves From Binary Inspirals | United States of America | C6: Gravitational waves: Relativity and Fundamental physics |

Zappa | Francesco | Gravitational Wave Luminosity Peak Of Compact Binary Mergers | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Zelenka | Ond?ej | Astrophysically Relevant Chaos In Extreme Mass Ratio Inspirals From Spinning Particles | Czech republic | C6: Gravitational waves: Relativity and Fundamental physics |

Zhang | Xuefeng | Examples Of Naked Singularity Formation In Einstein Vacua | China | A1: Exact solutions and their interpretation |

Zhang | Yuanhao | Setting Up Gw Searches For Sco X-1 Based On A Neutron Star Spin Evolution Study | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Zhang | Xuefeng | Orbit Selection And Implications For Tianqin | China | C5: LISA and other Space Based Detectors |

Zhang | Yuzhu | Space-Based Gravitational Wave Detector Simulation Architecture For Noise Coupling Analysis And System Optimization—Current Status And Future Development | China | C5: LISA and other Space Based Detectors |

Zhang | Yun-Long | Emergent Dark Universe And The Swampland Criteria | Japan | D2: Gravitational aspects of String Theory |

Zhao | Peng | Revisiting The Characteristic Initial Value Problem: The Conformal Vacuum Einstein Field Equations | United Kingdom | A2: Mathematical relativity and classical gravitation |

Zhou | Enping | Differentially Rotating Quark Stars In General Relativity | Germany | B1: Relativistic astrophysics |

Zhou | Mingyue | The Orbital Effects On Time Delay Interferometry For Tianqin | China | C5: LISA and other Space Based Detectors |

Zhu | Sylvia | Continuous Gravitational Waves From Axion Clouds | Germany | C2: Gravitational waves: Searches, data analysis, parameter estimation and multi-messenger astronomy |

Ziad | Muhammad | Some New Exact Solutions Of Type D Admitting Maximal G? And G? | Oman | A1: Exact solutions and their interpretation |

Zilhao | Miguel | The Physics Of Black Hole Binaries: Geodesic Properties, Quasinormal Modes And Interaction With Fundamental Fields -- Part I | Portugal | B2: Numerical relativity |

Zimmerman | Peter | Quasinormal Mode Orthogonality Ii: Application To Kerr | Germany | A2: Mathematical relativity and classical gravitation |

Zipfel | Antonia | Spin Foams And Emergent Gravity | Germany | D1: Loop quantum gravity and spin foams |

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