12:28

Modern Physics 9-3: Zero mass particles

15:33

Modern Physics 9-2: Mass-Energy Relationship examples

08:18

Modern Physics 9-4: Summary of Special Relativity

24:50

Modern Physics 9-1: E=MC^2 and the time component of momentum

22:52

Modern Physics 8-3: Relativistic Momentum

25:52

Modern Physics 8-2: Towards relativistic momentum: concept of 4-vector

14:09

Modern Physics 8-1: Conservation of Newtonian momentum is incompatible with Special Relativity

35:00

Conway's Base-13 Function

31:35

Modern Physics 7-1: The twin paradox

14:36

Modern Physics 7-4: The Relativistic Transformation of Velocities

17:30

Modern Physics 7-2: The Relativistic Doppler effect

11:14

Modern Physics 7-3: The Ives-Stilwell Experiment

29:00

Modern Physics 6-4: Space time diagrams and causality in SR

09:51

Modern Physics 6-3: Muon time dilation experiment

14:37

Modern Physics 6-1: Lorentz Transformation Summary

06:40

Modern Physics 6-2: The Lorentz Transformation and Electromagnetism

21:57

Modern Physics 5-4: The Lorentz Transformation [reupload]

13:25

Modern Physics 5-4: The Lorentz Transformation

40:15

Modern Physics 5-3: Calculation of parameters for length contraction &c

07:17

Modern Physics 5-2: Definitions of length contraction, time dilation, and relative simultaneity

15:26

Modern Physics 5-1: Transformation of Space and Time in Special Relativity

13:48

Modern Physics 4-2: Postulates of Special Relativity - The Constant Speed of Light

20:10

Modern Physics 4-1: Postulates of Special Relativity - The Principle of Relativity

10:30

Modern Physics 3-5: Results of the Michelson Morley experiment and stellar aberration

13:13

Modern Physics 3-4: The Michelson-Morley Experiment

08:16

Modern Physics 3-3: The Michelson-Morley Experiment - Background

17:01

Modern Physics 3-2: Galilean Transformations

13:16

Modern Physics 3-1: The Aether

10:08

Modern Physics 2-2: Measuring the Speed of Light (Foucault Experiment)

09:42

Modern Physics 2-1: Measuring the Speed of Light (Eclipses of Io)

11:13

Modern Physics 1: Course Introduction

46:48

Extra: Solutions to Minitest 9

01:05:52

Extra: Practice Sheet 10 Solutions

16:05

10e) Second derivative test: Example

15:47

10d) Second derivative test in 2D

08:33

10c) Taylor Series: Examples

10:54

10b) Taylor Series in higher dimensions

19:51

10a) Calculus in Higher Dimensions: Introduction

18:06

9g) Diagonalization of Special Matrices (Proof)

12:18

9f) When can (can't) you diagonalize?

15:44

9e) Using the Diagonalization Formula

08:20

9d) The Diagonalization Formula

23:18

9c) Finding Eigenvectors and Eigenvalues: Examples

11:19

9b) How to find Eigenvectors and Eigenvalues

07:18

9a) Introduction to Eigenvectors and Eigenvalues

10:05

8g) Invariance of vector and scalar products under rotation of basis

10:23

8f) Geometrical interpretation of the determinant

21:24

8e) Special matrices

14:57

8d) Finding the inverse matrix

12:46

8c) Determinants: a useful theorem and examples

05:58

8b) Finding the determinant

07:55

8a) Introduction: the matrix of determinants

10:49

7e) Properties of the determinant

16:38

7d) Inverse matrices (in 2D)

19:44

7c) Multiplying matrices

19:40

7b) Matrices

14:37

7a) Introduction to linear transformations

12:42

6h) An interesting property of the scalar and vector products

10:32

6g) Proof of scalar and vector product formulas

16:03

6f) Intersections of lines and planes