Particle and high-energy physics

Monopoles at large mass: concentration and abelianization by Daniel Fadel

The Invisible Universe: Dark Matter, the Higgs & Why We Exist | Marcela Carena

Dr. Laurens Lootens | Simulating chiral gauge theories by gauging MPO symmetries

Dr. Atsushi Ueda | Monopole scattering on the lattice

Your Brain Secretly Thinks in 11 Dimensions — and You've Never Seen Real Reality

Comment un seul et même champ peut-il créer tous les électrons de l’Univers ?

How can a single field create every electron in the universe?

Que se passe-t-il lorsque des électrons sont forcés de pénétrer dans des protons ?

What happens when electrons are forced to penetrate protons?

Des « particules fantômes » vous traversent en ce moment

Ghost particles are passing through you right now

Gregory Korchemsky (2026) Infrared divergences in gauge theories and gravity #3

Lec 60: Numerical calculation of Standard Model processes; a short demonstration

Lec 59: Beyond the Standard Model : Dark Matter

Lec 58: Beyond the Standard Model : Neutrino masses

Lec 56: Processes with Strong interaction, Hadron Collider, Drell Yan Process

Lec 55: Processes with Strong Interaction I, Colour Average

Lec 54: Colour Charge, Colour Confinement and Strong coupling

Lec 53: Perturbative QCD : SU(3) Gauge Theory

The Strange Case of the Magnetic Monopole Detection

Lec 52: Flavor Physics: CKM matrix and CP violation

Mukund Rangamani - Curiosities of superstring perturbation theory at one loop

What If You Have an Antimatter Twin Living Backwards in Time?

Seung-Joo Lee - Towards Explicit Bounds in Supergravity

Robin Karlsson - Conformal colliders: strings, membranes and the bootstrap

Mariana Grana - EFTs with symmetric moduli spaces: the landscape and the swampland

La forme de l’électron pourrait cacher une nouvelle physique

The shape of the electron could hide new physics

Lec 45: Spontaneous Symmetry Breaking of U(1) gauge symmetry

Lec 44: Spontaneous Symmetry Breaking with real scalar field

Lec 40: Cross-section calculation with Electroweak Interactions II

Lec 26: Calculating Cross Sections in QED II

Lec 24: Feynman Diagrams & Amplitudes

Every Confusing Thing About The Standard Model Explained Slowly (For Sleep)

The 17 Particles That Built Everything | Science for Sleep

Las Fuerzas Fundamentales de la Naturaleza

The Fundamental Forces of Nature

Massive Radiation Detector Machine at the Bottom of the Sea? - Nuclear Engineer Reacts to Cleo Abram

Lec16: Groups: Generators & Representations

Lec12: Concepts of Chirality and Parity

How Matter Actually Works | The Sleepy Scientist

The Final Verdict On The Theory Of Everything

Is the top quark a threat to the universe? | with Kate Shaw

Raffaele D’Agnolo - 3/3 Beyond-the-Standard-Model meets Cosmological Correlators

Raffaele D’Agnolo - 2/3 Beyond-the-Standard-Model meets Cosmological Correlators