28:23

27 General Reltivity Gyroscopes in Orbit and the Geodesic Precession

21:56

26 Generl Relativity Invariant Hyperbolas and The Rindler Wedge

39:34

25 General Relativity Accelerating Clocks in Special Relativity and the Twins yet again

13:02

24 General Relativity Symmetries, Conservation Laws and the Exact Redshift Formula

25:15

23 General Relativity The Ergosphere of the Kerr Metric A starship outside a Schwarzschild Black H

16:31

22 General Reltivity The Kerr Metric

25:47

21 General Relativity The Metric of Rotating Stars

15:17

20 General Relativity Gravito Magnetism

35:43

19 General Relativity Slowly Rotating Stars, Frame Dragging and Lense Thirring Precession

23:40

18 General Relativity Cosmological Constant and Dark Energy

15:36

17 General Relativity Radiating Binary Stars and Gravity Waves

20:22

16 General Relativity How to Detect Gravity Waves

28:46

15 General Relativity The LIGO Experiment and Polarization States of Gravity Waves

23:13

14 General Relativity Relativistic Tidal Forces and The Discovery of Gravity Waves

21:03

13 General Relativity Orbital motion in the Schwarzschild Metric

24:35

12 General Relativity Light Cones and Radial Motion in the Schwarzschild Metric

39:50

10 General Relativity Linearized Gravity and Einstein's Field Equation

26:01

9 General Relativity Geodesic Equation as a Consequence of the Field Equation

26:16

8 General Relativity Holonomy, Curvature and the Einstein Field Equation

20:42

7 General Relativity Equivalence Principle, Metric Compatibility and Christoffel Symbols

34:04

6 General Relativity Covariant Derivatives and Geodesics

38:36

5 General Relativity Contrasting Electromagnetism and Gravity

32:18

4 General Relativity Redshift and The Twins

32:59

3 General Relativity Rotating Frame, Tidal Forces

23:58

2 General Relativity Equivalence Principle, Virtual Forces and Gravity

30:30

1 General Relativity Intro and Table of Contents

35:57

Lecture 2 Spacetime Measurements in Einstein's World

31:50

Lecture 3 Part 1 Minkowski Diagrams

29:58

Lecture 3 Part 2 Doppler Effect and the Twins

25:17

Lecture 4 Part 1 Lorentz Transformations

21:27

Lecture 4 Part 2 The Metric of Minkowski Diagrams

37:09

Lecture 5 Part 1 Relativistic Energy and Momentum

21:41

Lecture 5 Part 2 Relativistic Force and Energy Conservation

27:20

Lecture 5 Part 3 Four Vectors

22:21

Lecture 5 Part 4 Four Vector Operators

37:50

Lecture 5 Part 5 Collisions and Conservation Laws

31:09

Lecture 6 Acceleration and Forces in Relativity The Birth of Fields

36:58

Lecture 7 Part 1 Electric Field of a Moving Charge

32:04

Lecture 7 Part 2 Transforming Electric and Magnetic Fields

35:44

Lecture 8 Part 1 Gauss' Law and Current Conservation

24:28

Lecture 8 Part 2 Discovering Maxwell's Equations

33:18

Lecture 8 Part 3 The Wave Equation

39:46

Lecture 9 Part 1 Magnetism and Lorentz Contraction and the Discovery of Relativity

33:44

Lecture 9 Part 2 Covariant Electromagnetism and the Way Forward

32:05

Lecture 1 Newton's World

23:17

Introduction Lecture