The Evolution of Compact Objects Across Cosmic Time - Class 3
Explore the cosmic evolution of compact objects, from gravitational waves to exoplanets, in this advanced astrophysics lecture by Filippo Santoliquido.
The Evolution of Compact Objects Across Cosmic Time - Class 2
Explore the cosmic evolution of compact objects, from gravitational waves to exoplanets, in this comprehensive lecture by Filippo Santoliquido.
The Evolution of Compact Objects Across Cosmic Time - Class 1
Explore the cosmic evolution of compact objects, from gravitational waves to exoplanets, in this comprehensive astrophysics lecture.
Planet Formation - Class 1
Explore the fundamentals of planet formation in this comprehensive lecture, covering key concepts and theories in cosmological history.
Self-Force Meets Post-Minkowskian in the Scattering Regime
Explore the intersection of self-force and post-Minkowskian approaches in gravitational wave scattering, presented by Oliver Long from Max Planck Institute-Potsdam.
From Classical Scattering Amplitudes to Bound State Observables
Explore classical scattering amplitudes and their connection to bound state observables in gravitational wave physics with expert Riccardo Gonzo.
Pulsar Polarization Array: Exploring Astrophysics and Dark Matter Detection
Explore Pulsar Polarization Array methodology for detecting gravitational waves and dark matter. Learn about its synergy with Pulsar Timing Array in astrophysics and fundamental physics research.
Science with LIGO-India - Immediate Opportunities and Exciting Possibilities
Explore gravitational wave detection and research opportunities with LIGO-India through expert insights on current developments and future possibilities in this engaging scientific presentation.
The Enigma of Black Hole Horizons
Delve into the mysterious nature of black hole horizons, exploring their formation, quantum properties, and alternative theoretical frameworks through an accessible physics and astronomy perspective.
Evolution of Primary Gravitational Waves in Physics of Inflation and Reheating - Lecture 10
Delve into the physics of inflation and reheating, focusing on the evolution of primary gravitational waves through advanced theoretical concepts and mathematical frameworks.
Quantum Spacetime in the Sky: From Horizon to Horizon
Explore quantum spacetime fluctuations in gravitational wave observatories, including Hawking emission, detector noise, and cosmic glitches near cosmological horizons.
Where Do Merging Binary Black Holes Come From?
Explore the origins of merging binary black holes, examining LVK detections, formation models, and their comparison to observational data.
Gravitational Wave Sources, Detectors, and Schwarzschild Metric - Lecture 14
Explore gravitational wave sources, detectors, and the Schwarzschild metric in this advanced physics lecture, covering quadrupole formula and total power calculations.
Effective Field Theory for Gravitational Inspiral Dynamics
Explore advanced concepts in gravitational wave physics, focusing on effective field theory applications to binary inspiral dynamics and post-Newtonian expansions.
Non-Relativistic Gravity: 1/c Expansion of General Relativity
Explore the 1/c expansion of general relativity, Newton-Cartan gravity, and non-relativistic gravity's applications in quantum mechanics and fluid dynamics.
Green Functions for Black Hole Spacetimes - Wave Propagation, Self-Force, Stability, and Quantum Properties
Explore Green functions in black hole spacetimes, examining wave propagation, self-force, stability, and quantum properties. Gain insights into crucial mathematical and physical concepts.
Search for Cosmic Strings Through Their Gravitational Wave Signals
Explore gravitational wave signals from cosmic strings and their detection prospects with upcoming experiments and recent pulsar timing array data.
Gravitational Waves as a Probe of the Early Universe
Explore gravitational waves as a probe of the early Universe, covering search status, stochastic background evidence, data analysis challenges, and new high-frequency detection ideas.
Numerical Relativity in Effective Field Theories of Gravity
Explore gravitational-wave astronomy and its implications for testing General Relativity, focusing on waveform predictions, higher curvature corrections, and numerical simulations in effective field theories of gravity.
New Developments on Asymptotically Leaky Boundaries
Explore new developments in asymptotically leaky boundaries, focusing on recent research and ongoing work in Carrollian physics and holography.
Pulsar Timing Arrays, Massive Black Holes, and a Surprisingly Loud Gravitational Wave Background
Explore groundbreaking discoveries in gravitational wave detection using pulsar timing arrays and their connection to supermassive black holes in this theoretical physics presentation.