Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
Introduction
00:00 • 1min
The Event Horizon of a Black Hole
01:22 • 2min
The Schwarzschild Black Hole Solution
03:40 • 2min
The Schwarzschild Solution to General Relativity
05:48 • 2min
The Four-Dimensional Effect of Gravitational Redshift and Time Dilation
08:08 • 2min
The Problem With General Relativity
10:25 • 2min
The Effects of Radio Waves on the Earth
12:18 • 2min
The Spin Flip Transition
13:54 • 3min
The Effect of Redshift on Light
16:31 • 2min
How to Calculate the Redshift of an Event Horizon
18:52 • 2min
Gravitational Waves in General Relativity
20:39 • 2min
The Properties of Gravity
23:07 • 3min
Intermediate Mass Black Holes
25:54 • 2min
The Path to Supermassive Black Hole Formation
27:44 • 3min
How to Parody a Gravity Wave
30:42 • 3min
The History of Gravitational Waves
33:13 • 3min
How to Extract a Signal From Gravitational Waves
36:41 • 2min
The Importance of Joe Weber in the Field of Gravitational Wave Physics
38:14 • 2min
Advanced LIGO Detected 11 Positive Detections in Its First Run
40:43 • 2min
The Future of Gravitational Wave Astronomy
42:23 • 3min
The Limits of LIGO
45:06 • 2min
The Future of Black Hole Exploration
47:26 • 2min
Pulsar Timing to Detect Gravitational Waves
48:56 • 3min
Pulsar Timing to Detect Passing Dark Matter Substructure Halos
51:32 • 2min
Pulsar Timing for Black Hole Exploration
53:13 • 2min
How LIGO Can Predict When a Black Hole Merger Will Take Place
55:39 • 4min
The Importance of Integrating Time
59:24 • 1min
Imaging a Black Hole Event Horizon
01:00:54 • 3min
The Supermassive Black Hole and the Virgo Cluster
01:03:54 • 2min
The Effects of General Relativity on the Size of the Shadow
01:05:59 • 2min
Leo Stein on Black Hole Exploration
01:08:14 • 3min