Physics

Wprowadzenie do szczegolnej teorii wzglednosci - czesc I

Introduction to the special theory of relativity - part I

Równania Maxwella

Maxwell's equations

Czas ?

Time?

Classical Mechanics with a Bang! (2015Fa) - Lecture #24

The Impact of Nuclear Fusion

Quart d'Heure Insolite #08 : Physique et embouteillages

Unusual Quarter Hour #08: Physics and Traffic Jams

Classical Mechanics with a Bang! (2015Fa) - Lecture #23 (1/2)

Leçon 2.2

Lesson 2.2

Temperatura i Entropia część II

Temperature and Entropy Part II

Temperatura i Entropia cz. I

Temperature and Entropy part I

Classical Mechanics with a Bang! (2015 Fall) - Lectures #13 & #14

Classical Mechanics with a Bang! (2015 Fall) - Lecture #13

Neil Turok Public Lecture: The Astonishing Simplicity of Everything

La mécanique quantique en 7 idées

Quantum mechanics in 7 Ideas - unexpected sciences # 16

Classical Mechanics with a Bang! (2015 Fall) - Lecture #1

Convergence Public Lecture: The Genesis and Renaissance of General Relativity

Symetria i asymetria w fizyce ciała stałego

Symmetry and asymmetry in solid state physics

Przewodnictwo elektryczne

Electrical conductivity

Wprowadzenie do mechaniki kwantowej, część III

Introduction to quantum mechanics, part III

Wprowadzenie do mechaniki kwantowej część II

Introduction to quantum mechanics part II

Doświadczenie Millikana - pomiar ładunku elektrycznego

Millikan experiment - measurement of electric charge

A.W. Peet Public Lecture: String Theory Legos for Black Holes

Applications of Group Theory to Physics - Lecture 27-30 (Selected Topics)

Applications of Group Theory to Physics - Lecture 26

Applications of Group Theory to Physics - Lecture 25

Applications of Group Theory to Physics - Lecture 24

Wprowadzenie do mechaniki kwantowej

Introduction to Quantum Mechanics

Applications of Group Theory to Physics - Lecture 23

Applications of Group Theory to Physics - Lecture 22

Lektion 1: Die Endenergien und ihre Einheiten

Lesson 1: Final energies and their units

Applications of Group Theory to Physics - Lecture 20

Eötvös experiment

Applications of Group Theory to Physics - Lecture 19

Applications of Group Theory to Physics - Lecture 18

Applications of Group Theory to Physics - Lecture 17

Nadprzewodnictwo, cz. II

Superconductivity, part II

Applications of Group Theory to Physics - Lecture 15

Applications of Group Theory to Physics - Lecture 14

"Pomiar ugięcia światła w polu grawitacyjnym, ruch peryhelionowy Merkurego"

Measurement of light deflection in a gravitational field, perihelion motion of Mercury

Applications of Group Theory to Physics - Lecture 13