Physics

Live Q&A with Brian Greene | World Science Festival

The Physics of Space Travel | Galaxy | Free Documentary Space

Quantum Mechanics Explains Nature — But Does It Explain Awareness?

Prof. Sean Hartnoll | Recent appearances of automorphic Maass forms and L functions in physics.

Simulating Quantum Materials with Arnab Banerjee

Julio Parra-Martinez - Naturalness of black-hole tides

Exploring Hidden Dimensions with Brian Greene

The Terrifying Theory of Quantum Immortality

Que deviennent les COBAYES de la CRYOGÉNISATION ? - On Se l'Demande #192 - Le JDE

What Happens to the CRYOGENS? - We Wonder #192 - The JDE

What happens if you drop 0.125 grams of antimatter?

Fluid Dynamics in Porous Media | Andrej Zlatoš - University of California San Diego

Velocidad de la nave Orión para que orbite a 500 km sobre la superfie lunar

Speed ​​of the Orion spacecraft to orbit 500 km above the lunar surface

Que se passe-t-il quand l’espace-temps vibre violemment ?

What happens when spacetime vibrates violently?

Initiation à l'Astrophysique (2026) – Séance 10

Introduction to Astrophysics (2026) – Session 10

If Lightning is a BILLION Volts, Can it Power the Grid?

Spring 2026 UTIG Seminar Series: Lindsay Prothro

S, P, D… BEC… Easy as I, II, III: Pairing Games in a Cavity (Lecture 3) by Ana Maria Rey

Jessica Bavaresco - Can the quantum switch be deterministically simulated?

Why Reality Feels Real — Quantum Physics Keeps Getting It Wrong

Special Relativity, Lecture 2: The Maxwell's equations - 3rd Year Student Lecture

Something Disturbing Happens When You Solve Einstein's Equations This Way

Paradoxes en physique : quand les lois dépassent l’intuition par Fabrizio Bucella

Paradoxes in physics: when laws exceed intuition by Fabrizio Bucella

Noise resilient #quantum computing: GKP codes and protected superconducting qubits -Xanda Kolesnikow

Noise resilient #quantum computing: GKP codes and protected superconducting qubits -Xanda Kolesnikow

New Frontiers in Quantum Simulation and Sensing via Cavity Mediated.... (Lecture 2) by Ana Maria Rey

Literally Everything About How Electricity Works Explained Slowly (For Sleep)

Ultracold atoms as a future quantum technology by Dan Stamper-Kurn

Relativité Générale (2026) – Séance 11b

General Relativity (2026) – Session 11b

Relativité Générale (2026) – Séance 11a

General Relativity (2026) – Session 11a

Progress in Carrollian Holography - Kevin NGUYEN

How Electrons & Holes Move: Drift, Diffusion, Scattering & Excess Carrier Dynamics | 2026 L6

Chiara Toldo - Thermodynamics of near-extreme black holes

QUELLES SONT LES LIMITES DU CALCUL ? | Jean-Paul Delahaye

WHAT ARE THE LIMITS OF CALCULATION? | Jean-Paul Delahaye

Pierpaolo Mastrolia - Feynman integrals and EFT approach to gravitational interactions: 6 (...)

Optical Lattice Clocks: From Timekeepers to Spies of the Quantum Realm (Lecture 1) by Ana Maria Rey

Le vrai problème du voyage dans le temps

The real problem with time travel

Introduction à la dynamique des champs magnétiques en astrophysique

Introduction to the Dynamics of Astrophysical Magnetic Fields

Initiation à l'Astrophysique (2026) – Séance 9

Introduction to Astrophysics (2026) – Session 9

Carrier Concentration, Intrinsic vs Extrinsic Semiconductors & Fermi Level Explained | 2026 L5

WQCG, Episode LXXV, Michał Parniak, "Rydberg atoms: between quantum sensing and quantum computing"

Le hasard existe-t-il dans l'Univers (la mécanique quantique)

Does randomness exist in the Universe? (Quantum mechanics)