Observing the Emergence of a Quantum Phase Transition - From Few- to Many-Body Physics
Explore quantum phase transitions from few- to many-body physics with Georg Bruun. Discover insights on unitarity, the Efimov effect, and cross-disciplinary connections in atomic and nuclear physics.
Scattering Gravitational Waves off Spinning Black Holes - Justin Vines
Explore gravitational wave scattering off spinning black holes, examining precision modeling techniques and their implications for future detectors and searches for new physics in gravitational wave signals.
Scattering Scoots in Gravity and Electromagnetism - Sam Gralla
Explore scattering phenomena in gravity and electromagnetism with Sam Gralla. Discover connections between field theory and classical relativity, and their implications for gravitational wave detection and analysis.
Poincare Invariance, Soft Theorem, and Dissipative Dynamics - Chia-Hsien Shen
Explores connections between Poincare invariance, soft theorems, and dissipative dynamics in gravitational wave physics, bridging field theory and classical relativity for advanced detector modeling and new physics searches.
SUSY in the Sky with Gravitons - Gustav Mogull
Explore supersymmetry and gravitons in gravitational wave physics, connecting field theory and classical relativity for precision modeling and new physics searches in future experiments.
From Scattering Amplitudes to N-Body Potentials - Callum Jones
Explore connections between field theory and gravitational waves, discussing precision modeling techniques for interpreting signals and searching for new physics in future experiments.
Bootstrapping the Relativistic 2-Body Problem - From Post-Newton to Post-Minkowski Through Feynman - Rafael Porto
Explore advanced gravitational wave modeling techniques, connecting classical relativity, effective field theory, and scattering amplitudes for precise signal interpretation and new physics searches.
Black Hole Spectroscopy - Emanuele Berti
Explore gravitational wave detection's impact on physics, from field theory to cosmology. Learn about precision modeling for interpreting signals and searching for new physics in future experiments.
Probing the Universe with Cosmic Explorer - Bangalore Sathyaprakash
Explore the future of gravitational wave detection with Cosmic Explorer, its potential impact on physics, and the precision modeling required for interpreting signals and searching for new physics.
Lessons from the Ultra-Relativistic Frontier - Gabriele Veneziano (CERN)
Explore ultra-relativistic physics frontiers with insights from gravitational wave detection, connecting field theory, stellar evolution, and cosmology. Discover recent advances and future challenges in this cutting-edge field.
Collider Methods for Gravitational Physics - Status & Challenges Ahead - Julio ParraMartinez
Explores precision modeling of gravitational waves using collider methods, discussing recent advances and future challenges in interpreting signals for new physics discoveries and next-gen experiments.
Causality Constraints on the EFT of Gravity Around Black Holes - Claudia de Rham
Explores causality constraints on effective field theory of gravity near black holes, connecting gravitational wave detection with field theory and classical relativity for precision modeling and new physics searches.
Neutron Star Binaries - Mergers, Matter and Modeling - Philippe Landry
Explore neutron star binary mergers, their impact on physics, and precision modeling techniques for gravitational waves. Discover connections between theoretical communities and future experimental challenges.
Looking for Mergers in Gravitational Wave Data - Results, Lessons, & Future Outlook
Exploring gravitational wave data analysis for merger detection: current findings, insights gained, and future prospects in advancing our understanding of the universe and fundamental physics.
The Classical Gravitational Two-Body Problem Meets Quantum Scattering Amplitudes
Explore the intersection of classical gravitational two-body dynamics and quantum scattering amplitudes in this advanced theoretical physics lecture by Justin Vines.
Stars: The Ultimate Laboratory for Modern Physics - KITP Public Lecture
Explore how stars serve as laboratories for modern physics, offering insights into nuclear physics, quantum mechanics, particle physics, and turbulence, with future prospects in stellar seismology.
Neutrinos and Astrophysics Open Questions - Panel Discussion
Expert panel explores cutting-edge developments in neutrino astrophysics, discussing open questions and interdisciplinary connections to advance our understanding of these elusive particles and their cosmic implications.
High-Energy Neutrinos - Backgrounds and Measurements
Explore high-energy neutrino detection, background sources, and measurement techniques in astrophysics. Learn about cutting-edge research and challenges in neutrino physics from a Harvard expert.
Supernovae, Oscillations, and Sterile Neutrinos - Anna Suliga
Explore the interplay between supernovae, neutrino oscillations, and sterile neutrinos in this talk by Anna Suliga, delving into cutting-edge developments in neutrino physics and astrophysics.
On the Origins of High-Energy Neutrinos
Explore the origins of high-energy neutrinos with Ali Kheirandish, covering interdisciplinary developments in neutrino physics and their impact on astrophysics, cosmology, and particle physics.
A Survey of Nucleosynthesis and Neutrinos - Gail McLaughlin
Explore nucleosynthesis and neutrinos in this comprehensive survey, covering interdisciplinary developments, experimental data, and the impact of neutrinos on astrophysical and cosmological processes.