10 years of GW - Stephen Fairhust (Cardiff University)

GW astrophysics and multimessenger - Fabio Antonini (Cardiff University)

Tests of GR - Michalis Agathos (QMUL)

Machine Learning for Parameter Estimation

• Sama Al-Shammari (Cardiff University)

Residual neural likelihood estimation for gravitational wave parameter estimation

• Mattia Emma (Royal Holloway University of London)

Testing general relativity with black hole ringdowns

• Lorenzo Pompili (University of Nottingham)

Observability of eccentricity in a population of merging compact binaries

• Mukesh Singh (Cardiff University)

Calibrated uncertainty quantification for improved GW signal detection efficiency

• Ann-Kristin Malz (Royal Holloway University of London)

Gravitational Wave Probes of Dark Matter in Neutron Star Mergers

• Violetta Sagun (University of Southampton)

Tidal dissipation in binary neutron star mergers

• Suprovo Ghosh (University of Southampton)

Leveraging indirect observations about merging neutron star binaries

• Nikhil Sarin (Cambridge University)

Stochastic gravitational wave backgrounds from cosmic phase transitions

• Oliver Gould (University of Nottingham)

Polarisation Singularities of Gravitational Waves.

• Claire Rigouzzo (King's College London)

Quasinormal modes from numerical relativity with Bayesian inference

• Richard Dyer (Institute of Astronomy, Cambridge University)

Accelerating parameter estimation for parameterized tests of general relativity with gravitational-wave observations

• Dhruv Kumar (University of Glasgow, Scotland)

Instrumentation - Ian Wilmut (RAL)

Progress in GW cosmology - Tessa Baker (Portsmouth U.)

GW searches and parameter estimation - Michael Williams (Portsmouth U.)

Astrophysical implications of eccentricity in neutron star-black hole binaries

• Isobel Romero-Shaw (Cardiff University)

Accelerating Reduced-Order Quadrature Construction using Multi-Band Waveforms

• Murdoc Newell (Queen Mary University of London)

What can the future GW detectors tell us about the peak of star formation?

• Divyajyoti . (Cardiff University)

Corrections to the energy and angular momentum for eccentric orbits

• David Trestini (University of Southampton)

Rapid parameter estimation in minutes with physical insights from eccentric harmonics

• Ben Patterson (Cardiff University)

Extremal Black Hole Spectroscopy

• Hongyi Wan (Queen Mary University of London)

Analytic and numerical modeling of boson-star scattering

• Ulrich Sperhake (University of Cambridge)

Constraining the luminosity distance-redshift relation with GWs

• Elena Colangeli (ICG - University of Portsmouth)

Early Warning in Gravitational-Wave Astronomy with Deep Learning.

• Reem Alfaidi (University of Glasgow)

The potential of hierarchical inference with extreme mass-ratio inspiral observations

• Shahswat Singh (University of Glasgow)

Fast, Faithful, and Future-Proof: Gravitational-Wave Inference at GPU Speed

• Metha Prathaban (University of Cambridge)

Gravity Spy: Building a Community of Citizen Scientists

• Elizabeth Todd (University of Glasgow)

Detecting Exoplanets beyond Local Super cluster with GW

• Liming Zheng (Beijing Normal University, Cardiff Universtiy)

An overview of Coatings and Core Optic research in Glasgow

• Graeme McGhee

Amorphous Alumina: a low absorption material for future detectors

• Scott Fitzgerald (University of Glasgow)

He-BAR: A Helium Bulk Acoustic Resonator for Gravitational Wave Detection

• Sean Hibbitt (Royal Holloway University of London)

Multifidelity Approach to Simulation-Based Inference in Gravitational-Wave Data Analysis

• Cecilia Fabbri (University of Nottingham)

Simulation-based inference (SBI) is opening new possibilities in gravitational-wave data analysis, including the use of computationally expensive simulators to generate waveforms. When simulators are computationally expensive, generating sufficient training data becomes challenging. Multifidelity methods combine the accuracy of high-fidelity (expensive and accurate) models with the computational efficiency of low-fidelity (fast and less accurate) models. This transfer learning approach makes inference tractable even with limited simulation budgets, potentially enabling analyses that would otherwise require prohibitive computational resources.

GW in the UK - Introduction

Group introductions

Community Building Exercise

Independent Optical Calibration of Gravitational-Wave Detectors via Scattered Light Injection

• Kushal Jain (Cardiff University)

GW230814: black hole spectroscopy with a single detector binary black hole merger

• Joshua Sharkey (University of Glasgow)

Source Inference for Unmodelled Sources

• James Neeson (Cardiff University)

The High–Mass-Ratio Challenge in Gravitational-Wave Modelling

• Parthapratim Mahapatra (Cardiff University)

O4 EM Follow-up Observations with GOTO

• Kendall Ackley (University of Warwick)

Application of summary data for Simulation-based inference

• Masaki Iwaya (Cardiff University)

The Formation and Evolution of EMRIs in Accretion Discs

• Jupiter Stevenson (University of Nottingham Gravity Group)

Probing accelerating binary black hole coalescences with deep learning

• Alexander Roussopoulos (University of Nottingham)

Frequency contamination from new fundamental fields in black hole bringdowns

• Jacopo Lestingi (University of Nottingham)

Optimisation of thermal compensation systems in Gravitational wave detectors

• Ruaraidh Dumbreck (Cardiff University)

Stable black hole solutions with cosmological hair

• Laurens Smulders (University College London)

Wrap up