Participant Directory

Saif Ali
Weizmann Institute of Science
Gravitational waves

Fawzi Aly
SUNY at Buffalo
Strong Gravity, Gravitational Waves, Blackhole Physics

Isha Anantpurkar
University of California, Santa Barbara
Gravitational Wave Astrophysics

Neha Anil Kumar
Johns Hopkins University
Cosmology/ GW Background

Arjit Arjit
University of Texas at Arlington
Astrophysics, Cosmology, Mathematical Physics

Jeffrey Backus
Princeton University
Scattering Amplitudes, Particle Phenomenology

Joaquin Becerra Espinoza
University of California, Santa Barbara
Gravitational Lensing, Dark Matter

Darsh Bellie
Northwestern University
Theoretical and data-driven studies of gravitational-wave sources, their progenitors, and the stochastic background

Som Dev Bishoyi
University of Massachusetts Dartmouth
Black hole perturbation theory, Black hole Ringdown, Waveform Modelling, Parameter estimation

Viviana Cáceres
Pennsylvania State University
Waveform models, astrophysics of gravitational wave sources, parameter estimation

Matt Cerep
West Virginia University
Gravitational wave astronomy

NicolòCibrario
Università di Torino - INFN
Machine Learning for data analysis, Einstein Telescope

Adam Clark
University of Birmingham
Source Modeling for Gravitational Waves

Teagan Clarke
Monash University
parameter estimation, multi-messenger, ringdown

Tom Colin
Paris Observatory, LUX
Binary Black Holes Dynamics, Post Newtonian, Spins, Gravitational Waves

Madeline Cross-Parkin
University of Queensland
Gravitational waves and cosmological parameter constraints

Biwei Dai
Institute for Advanced Study
Cosmology, machine learning, PTA

Wendy Dang
Pennsylvania State University
Gravitational wave cosmology

Alexander Dittmann
Institute for Advanced Study
Compact objects

Gaia Fabj
Niels Bohr Institute
Black-hole dynamics, gravitational waves

Emiko Gardiner
University of California, Berkeley
Gravitational Waves from Supermassive Black Hole Binaries

Serena Giardino
Max Planck Institute for Gravitational Physics
Cosmology, gravitational wave lensing

Suvendu Giri
Uppsala University
Gravity, Black holes

Marcela Grcic
Niels Bohr Institute
accretion disks, astrophysics

Sarah Han
University of Toronto
Hierarchical Bayesian inference

Alex (Hanselman) Guerrero
University of Chicago
GW astrophysics and cosmology, BH formation

Kai Hendriks
Niels Bohr Institute
Gravitational wave, astrophysics, compact binaries

Howard Hong
University of British Columbia
Numerical Relativity

Henry Huang
Cornell University
Numerical relativity and beyond, high-energy astrophysics

Sercan Hüsnügil
Perimeter Institute for Theoretical Physics
Gravitational waves; fluid/gravity correspondence; Carrollian physics

Ahmed Farhan Ishraque
University of Mississippi
Gravitational Physics, Field Theory.

Tousif Islam
Kavli Institute for Theoretical Physics
Waveform Modelling, Data Analysis

Aasim Jan
University of Texas at Austin
Gravitational waves, data analysis, waveform systematics, numerical relativity, LISA data challenges,

Anuj Kankani
West Virginia University
Numerical Relativity, Gravitational Wave Modeling

Amanda Karis
Tufts University
Pulsar Timing Arrays, Data Analysis

Andrei Katsevich
Princeton University
Quantum Field Theory

Sanika Khadkikar
Pennsylvania State University
Neutron Stars, Gravitational waves

Philip Jon Kirkeberg
Niels Bohr Institute
Environmental effect on GW mergers; formation channels

Fulya Kiroglu
Northwestern/CIERA
Gravitational waves, high-energy astrophysics

Andrew Kovachik
McMaster University
Modified Gravity

James Kwon
University of California, Santa Barbara
Tidal interaction in compact binaries

Bjorn Larsen
Yale University
Pulsar Timing Arrays, Gravitational Wave Detection, Supermassive Black Hole Binaries, Pulsar Timing and Noise Analysis, Statistical Methods

Jinzheng Li
Northeastern University
hidden sector, FOPT, Gravitational waves

Yue-Zhou Li
Princeton University
Classical and quantum gravity from amplitudes

Sid Mahesh
West Virginia University
Binary Black hole waveform modeling

Ajit Mehta
University of California, Santa Barbara
GW searches, GW population, GW lensing, GW waveform modeling, GW tests of GR

Melissa Mendes
TU Darmstadt
Neutron stars EOS, cooling

Jonathan Mushkin
Weizmann Institute of Science
GW search, parameter estimation

Harry O'Mara
University of Arkansas
LISA, EMRIs, Gravitational Self-Force, Philosophy of Relativity

David O'Neill
Niels Bohr Institute
Gravitational Wave Astrophysics

John Ostor
Radboud University
Quasinormal modes, numerical relativity

Tong Ou
University of Chicago
BSM physics

Gela Patashuri
Ohio State University
Black holes in string theory and their observational consequences

Ariel Perera
Weizmann Institute of Science
Multi-messenger Astronomy

Samantha Rath
University of New Hampshire
Neutrino-matter interactions in neutron star mergers

Adhrit Ravichandran
University of Massachusetts Dartmouth
Numerical Relativity Surrogate Modeling, Numerical Hyperbolic PDEs, GW Data Analysis

Alberto Revilla
University of Barcelona
Study the imprint of oscillatory modes in neutron stars on gravitational waveforms from binary mergers.

Irvin Rodriguez
Carnegie Mellon University
Physics

Javier Roulet
California Institute of Technology
Gravitational wave astrophysics

Soumendra Kishore Roy
Stony Brook/ CCA
Population Inference with Gravitational Waves

Sreeta Roy
University of Warsaw
Theoretical astrophysics, compact binaries, gravitational waves 

Sagnik Saha
University of Illinois, Urbana-Champaign
Gravitational Physics - strong field/modified gravity and perturbation theory.

Alberto Salvarese
University of Texas at Austin
Gravitational waves cosmology

Hayden Scholz
Tufts University
Pulsar Timing, Cosmology

Antonia Seifert
Perimeter Institute for Theoretical Physics
Strong Gravity

Arindam Sharma
University of Mississippi
Gravitational Waves and Cosmology

Divya Singh
University of California, Berkeley
GW searches

Tamanjyot Singh
University of Texas at Dallas
Precession in gravitational waves; Tidal disruption events

Derin Sivrioglu
Dartmouth College
Gravitational Wave Memory, Stochastic Gravitational Wave Backgrounds, Early Universe Cosmology, Tests of General Relativity.

David Sola Gil
Southampton University
Mathematical Sciences

Jim Stone
Institute for Advanced Study
Computational Astrophysics

Vladimir Strokov
West Virginia University
population interference, global fit problem, IMBH

Xiaochen Sun
Princeton University
Nonlinear physics

Giovanni Maria Tomaselli
Institute for Advanced Study
Black holes, dark matter, gravitational waves

Scott Tremaine
Institute for Advanced Study
Astrophysics, solar systems, galactic dynamics 

Helena Ubach
University of Barcelona
Gravitational lensing

Varenya Upadhyaya
University of Massachusetts Dartmouth
surrogate models, waveform modeling

Mathieu Venet
Institut d'Astrophysique de Paris, SU CNRS
Populations of galactic and extragalactic binary neutrons stars

Luka Vujeva
Niels Bohr Institute
Gravitational wave lensing, dark matter, cosmology

Jay Wadekar
Johns Hopkins University
Gravitational wave data analysis, machine learning

Emma Weller
Yale University
Black holes, Cosmological simulations, Galaxy evolution

Jiaxi Wu
California Institute of Technology
Relativistic jets, numerical relativity, dynamo theory

Sophia Yi
Johns Hopkins University
Black hole (nonlinear) ringdown; tests of general relativity (especially in the ringdown); quantifying systematic biases due to waveform inaccuracies in parameter estimation

Muhammad Zeeshan
Rochester Institute of Technology
Population Inference of Compact Binaries using Gravitational Waves

Wucheng Zhang
Princeton University
Quantum Field Theory

Qinyuan Zheng
Yale University
Effective Field Theory, gravitational waves

Haowen Zhong
University of Minnesota
Stochastic gravitational-wave background; Astrophysical foreground removing algorithms