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1
- Introduction
2
- Scale
3
- Speed
4
- The Speed of Light
5
- Units
6
- The Mathematics of Speed
7
- Relativity of Simultaneity
8
- Pitfalls: Relativity of Simultaneity
9
- Calculating the Time Difference
10
- Time in Motion
11
- How Fast Does Time Slow?
12
- The Mathematics of Slow Time
13
- Time Dilation Examples
14
- Time Dilation: Experimental Evidence
15
- The Reality of Past, Present, and Future
16
- Time Dilation: Intuitive Explanation
17
- Motion's Effect On Space
18
- Motion's Effect On Space: Mathematical Form
19
- Length Contraction: Travel of Proxima Centauri
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- Length Contraction: Disintegrating Muons
21
- Length Contraction: Distant Spaceflight
22
- Length Contraction: Horizontal Light Clock In Motion
23
- Coordinates For Space
24
- Coordinates For Space: Rotation of Coordinate Frames
25
- Coordinates For Space: Translation of Coordinate Frames
26
- Coordinates for Time
27
- Coordinates in Motion
28
- Clocks in Motion: Examples
29
- Clocks in Motion: Length Expansion From Asynchronous Clocks
30
- Clocks in Motion: Bicycle Wheels
31
- Clocks in Motion: Temporal Order
32
- Clocks in Motion: How Observers Say the Other's Clock Runs Slow?
33
- The Lorentz Transformation
34
- The Lorentz Transformation: Relating Time Coordinates
35
- The Lorentz Transformation: Generalizations
36
- The Lorentz Transformation: The Big Picture Summary
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- Lorentz Transformation: Moving Light Clock
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- Lorentz Transformation: Future Baseball
39
- Lorentz Transformation: Speed of Light in a Moving Frame
40
- Lorentz Transformation: Sprinter
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- Combining Velocities
42
- Combining Velocities: 3-Dimensions
43
- Combining Velocities: Example in 1D
44
- Combining Velocities: Example in 3D
45
- Spacetime Diagrams
46
- Spacetime Diagrams: Two Observers in Relative Motion
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- Spacetime Diagrams: Essential Features
48
- Spacetime Diagrams: Demonstrations
49
- Lorentz Transformation: As An Exotic Rotation
50
- Reality of Past, Present, and Future: Mathematical Details
51
- Invariants
52
- Invariants: Spacetime Distance
53
- Invariants: Examples
54
- Cause and Effect: A Spacetime Invariant
55
- Cause and Effect: Same Place, Same Time
56
- Intuition and Time Dilation: Mathematical Approach
57
- The Pole in the Barn Paradox
58
- The Pole in the Barn: Quantitative Details
59
- The Pole in the Barn: Spacetime Diagrams
60
- Pole in the Barn: Lock the Doors
61
- The Twin Paradox
62
- The Twin Paradox: Without Acceleration
63
- The Twin Paradox: Spacetime Diagrams
64
- Twin Paradox: The Twins Communicate
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- The Relativistic Doppler Effect
66
- Twin Paradox: The Twins Communicate Quantitative
67
- Implications of Mass
68
- Force and Energy
69
- Force and Energy: Relativistic Work and Kinetic Energy
70
- E=MC2
71
- Course Recap
Description:
Embark on a comprehensive 11.5-hour video course exploring Einstein's groundbreaking insights into special relativity. Delve into the concepts of space, time, and energy through visual explanations, conceptual discussions, and mathematical analyses using high school algebra. Journey from Einstein's early thoughts on light speed to his revolutionary E = mc² formula. Examine topics like the relativity of simultaneity, time dilation, length contraction, Lorentz transformations, spacetime diagrams, and famous paradoxes in physics. Gain a deeper understanding of relativistic effects, their experimental evidence, and implications for our perception of reality. Perfect for those seeking a more in-depth, mathematical approach to special relativity, complementing the "Space, Time, and Einstein" master class.

Special Relativity

World Science Festival
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- Introduction