Physics

Probability Density in Quantum Mechanics

Time-Independent Schrodinger Equation

Introduction to Wave Function

Derivation of Coriolis Acceleration

cours de relativité restreinte #4 : quadrivecteurs

special relativity course #4: four-vectors

Lorentz Trasformation Equations

Time Dilation

Wstęp do mechaniki kwantowej układów wielu ciał cz.II

Introduction to quantum mechanics of many-body systems part II

Wstęp do mechaniki kwantowej układów wielu ciał

Introduction to quantum mechanics of many-body systems

Wave Interference in Double Slit Experiment

Stany koherentne - część II

Coherent states - part II

Grafy Feynmana część II

Feynman diagrams part II

Derivation of Lensmaker's Equation

Summary of Concave and Convex Mirrors

Ray Diagrams for Thin Lenses

Derivaiton of Thin Lens Equation and Lateral Magnification

cours de relativité restreinte #1

Special Relativity Course #1

Grafy Feynmana

Feynman diagrams

Dispersion of Visible Light

Mirror Equation and Laternal Magnification

Derivation of Electromagnetic Waves from Maxwell's Equations

Electromagnetic Radiation Pressure

General Form of Ampere's Law Derivation

Electromagnetic Waves

24.4 E=mc2 et l'énergie de fusion par Ambrogio Fasoli

24.4 E=mc2 and fusion energy by Ambrogio Fasoli

24.3 Unité : eV, mesure d'énergie cinétique relativiste, effet Compton

24.3 Unit: eV, measure of relativistic kinetic energy, Compton effect

24.1 Aperçu de dynamique relativiste

24.1 Overview of relativistic dynamics

23.1 Cinématique relativiste

23.1 Relativistic Kinematics

21.3 Effets gyroscopiques, y compris à rotation propre nulle

21.3 Gyroscopic effects, including at zero proper rotation

21.2 Discussion qualitative des effets gyroscopiques

21.2 Qualitative discussion of gyroscopic effects

21.1 Mouvement quelconque d'un solide

21.1 Any motion of a rigid body

20.3 Trajectoire du centre de masse, pendule physique, chute d'une planche

20.3 Trajectory of the center of mass, physical pendulum, fall of a plank

20.2 Calculs de moments d'inertie

20.2 Calculations of moments of inertia

20.1 Solide avec un axe fixe

20.1 Solid with a fixed axis

19.3 Courses de rouleaux sur plan incliné, gyroscope sur cardan, tabouret tournant

19.3 Rolling objects on an inclined plane, gimbaled gyroscope, rotating stool

19.1 Dynamique du solide

19.1 Dynamics of rigid bodies

18.3 Gyroscope sur coussin d'air, rebond de balle sous la table, toupie chinoise

18.3 Gyroscope on air cushion, ball bounce under the table, Chinese top

18.2 Mouvements particuliers des solides

18.2 Special Motions of Rigid Bodies

17.2 Principes de conservation, applications

17.2 Conservation principles, applications

17.1 Systèmes de points matériels

17.1 Physical point systems