Welcome and Introduction

Simulating Binary Black Holes and massive scalar condensates with Numerical Relativity

• Giuseppe Ficarra

(Novel) Detection of ultra-light dilatons with Cosmological Surveys

• Louis Hamaide

Primordial black hole formation in a matter-dominated early universe using full numerical GR

• Eloy De Jong

Dynamical scalarization in binary black hole mergers

• Matthew Elley

CTA

• Jeff Grube

Generation of gravitational waves from freely decaying turbulence

• Pierre Auclair

TBC

• Eugene Lim

Detectability of the gravitational wave background with magnetar giant flares.

• Nikolaos Kouvatsos (KCL)

Stochastic gravitational wave background from cosmic strings

• Christophe Ringeval (UC Louvain)

Searching for ultralight bosons with Supermassive Black Hole Ringdown

• Adrian Chung (KCL)

From freeze-in to a new, exponential production regime of dark matter.

• Marco hufnagel

constraints on dark matter from OJ287

• Malcolm Fairbairn

Cosmic Ray interactions with Dark Matter

• Torsten Bringmann

Axion MIniclusters

• Doddy Marsh

What will it take to detect the cosmic neutrino background?

• Nashwan Sabti

TBC

• Steen Hannestad

Neutrinos from Dark Matter annihilation vs. the DSNB

• Sandra Robles

Bubble wall velocities in local thermal equilibrium

• Wen-Yuan Ai (KCL)

Dynamical violation of the null energy condition in finite volumes

• Drew Backhouse

Migdal Effect and Light Dark Matter

• Chris McCabe

From the tabletop to the Big Bang: quantum simulators of false vacuum decay

• Alex Jenkins (UCL)