I Leptoni - Modello Standard 04 (La Fisica che non ti aspetti)
After discussing fundamental interactions and their bosons, today we begin to discuss fermions and discover the six flavors of the lightest massive particles in the Standard Model: leptons. Among electrons, neutrinos, tauons, and muons, we'll see what their characteristics are, what they have in common, and what differentiates them. And we'll discover that it's not just people who have... family problems. Some recommended readings: G. Kane - The Particle Garden G. Kane - Supersymmetry and Beyond D. Blanco - The Higgs Boson On sterile neutrinos: https://www.quantamagazine.org/201612... Thanks again to Gabriele, Christine, and Luca LFCNTA Facebook page: https://www.facebook.com/lafisicachen... Twitter: @Cuso77 Telegram Science Channel: https://telegram.me/ScienzaITA Banjo Short by Audionautix is licensed under Creative Commons Attribution (https://creativecommons.org/licenses/...) Artist: http://audionautix.com/

L'Antimateria - Modello Standard 06 (il Bestiario delle particelle)

I Quark - Modello Standard 05 (il Bestiario delle particelle)

La stabilità dell'atomo e l'atomo di Bohr || Once upon a Quantum (Ep. 5)

How Does a Laser Work? - Physics You Wouldn't Expect

What is Spin? From the experiment of Stern - Gerlach, to the quantization of the magnetic moment

The Standard Model of Particle Physics: A Triumph of Science

Young's Double Slit Experiment - Physics You Don't Expect

Superfluidi (Gli stati della materia)

Che cos'è un'interazione fondamentale? - La Fisica incontra la città

Il Bosone di Higgs (parte 1)

What is Dark Matter? (Sub. Eng.)

📦 Particle in a Box — Solving the Schrödinger Equation

I raggi X, cosa sono?

Forze e interazioni fondamentali - Modello Standard 03 (Il Bestiario delle Particelle)

The problem with pretending quantum mechanics makes sense | Sean Carroll

The Mystery of SPIN

Lo zero assoluto

Ancient Alchemy: Thin Film Physics and silver trasmutation

I never understood why electrons have spin... until now!

