Openinig Remarks

• Daniel Baumann

The Ins and Outs of Cosmological Correlators

• Enrico Pajer (University of Cambridge)

Tidal Love Numbers from Gravitational Raman Scattering

• Julio Parra-Martinez (Caltech)

Differential Equations and Cosmological Correlators

• Austin Joyce (University of Chicago)

Gravitational Self Force and Scattering Amplitudes

• Mikhail Solon

The Roots of Inflation

• John Joseph Carrasco (Northwestern University)

A New Twist on Spinning (A)dS Correlators

• Facundo Rost (University of Amsterdam)

Classical Eikonal for Post-Minkowskian Expansion

• Sangmin Lee (Seoul National University)

Introduction to Postitive Geometry

• Jaroslav Trnka

Hidden Zeros and Amplitudes at Infinity

• Shruti Paranjape

Scattering Amplitudes and Non-Invertible Symmetry

• Shota Komatsu (CERN)

Colorless Surfaceology

• Giulio Salvatori

String Archaeology

• Aninda Sinha (Perimeter Institute for Theoretical Physics)

Energy Correlators in Multi-Collinear Limit and Beyond

• Kai Yan

Scattering of Particles and Strings from Surface-Integrals

• Song He (Chinese Academy of Sciences)

Energy Correlators: From Colliders to Cosmos

• Ian Moult

BFKL/DGLAP Mixing and Light-Ray Operators in QCD

• Cyuan-Han Chang (University of Chicago)

Nonrelativistic Conformal Field Theory and Nuclear Reactions

• Dam Thanh Son (University of Chicago)

Conformal symmetry plays an important role in quantum field theory and statistical mechanics. A nonrelativistic version of the conformal symmetry, also called Schrödinger symmetry, is approximately realized in various physical systems, including neutrons in nuclear physics and ultracold atoms. Nonrelativistic conformal field theories realize Schrödinger symmetry and possess many interesting properties. After reviewing some facts about nonrelativistic conformal field theory, we describe how it can be applied to the physics of nuclear reactions with several neutrons in the final state.

Colloquium: QCD Meets Gravity in Taipei

• Zvi Bern (University of California Los Angeles (US))

The annual QCD Meets Gravity conference is being held the week of December 9-13, 2024 at the National Taiwan University.  In this colloquium, I will explain some of the basic ideas being discussed at this conference, highlighting the theory of quantum scattering amplitudes. I will explain the application of these ideas to various topics including elementary-particle collider physics, the relation of gravity with the other forces, and basic questions on gravity and related theories.  I will also explain recent developments showing that the quantum nature of gravity is a very useful as a starting point for obtaining state-of-the-art precision predictions for interacting black holes and other compact astrophysical objects.

Fundamental Physics from Large-Scale Structure using Effective Field Theory

• Mikhail Ivanov (EPFL - Ecole Polytechnique Federale Lausanne (CH))

On-Shell Approach to Black Hole Mergers

• Katsuki Aoki (YITP, Kyoto University)

The Sound of Black Holes

• Vitor Cardoso

5PM-1SF: High-Precision Black Hole Scattering with Calabi-Yaus

• Benjamin Sauer (Humboldt Universitaet zu Berlin)

Exact Tidal Anomalous Dimensions with Applications in Waveform Modeling

• Zihan Zhou (Princeton University)

3PM Scattering Waveforms Including Spin Corrections

• Lara Bohnenblust

The Born Regime of Gravitational Scattering

• Giulia Isabella

Towards Two More Orders of Magnitudes of Precision with Scattering Amplitudes

• Radu Roiban

Measuring the Expansion Rate of the Universe with Standard Sirens

• Hsin-Yu Chen

PM Theory Meets EOB Approach for Wave Emission and Scattering

• Alessandra Buonanno

Serendipitous Syzygies of Scattering Amplitudes

• David Kosower

Semi-classical Gravitational Radiation

• Donal O'Connell

Double Copy to All Loop Orders

• Zvi Bern (University of California Los Angeles (US))