Loading transcript...
Click for full transcript
Chapters & Sections (142)
▼
4:10
Romantic Meeting with Wife
4:41
Science Advising on Interstellar Film
5:12
Personal Connection to Interstellar Film
6:16
Colleagues' Reaction to Making a Movie
7:21
Hollywood and Science Fiction
8:24
Collaboration with the Nolan Brothers and Baked-in Science
8:56
Guidelines for Scientific Accuracy in Film
9:27
Motivating People to Learn Science through Film
10:30
The Mysterious Ending of Interstellar and its Connection to 2001 Space Odyssey
12:05
Finding a Planet Similar to Earth
12:35
Wormhole and Traveling Distances
13:06
Effort to Find Another Earth vs Fixing Crops
14:09
Biologists' Expertise and Dinner Conversation
15:11
Types of Blights and Their Impact
16:15
Film Backstories and Expert Feedback
16:45
Kip Thor's Theories and Nobel Prize
17:16
Importance of Diverse Perspectives
17:48
Critical Thinking and Ground News
19:22
Black Hole Planet and Tidal Forces
19:54
Solitary Waves and Historical Context
20:26
Wave Formation and Propagation
21:28
Stability of Solitary Waves
22:00
Mathematical Representation and Balance
24:04
CGI and Exaggeration in Movie Representation of Black Hole Effects
24:34
Time Dilation and Tidal Forces on the Planet
26:06
Interview with Oxford Professor and Recent Paper on Black Hole Physics
26:37
Unstable Orbit and Time Dilation Calculation
28:11
Incorrect Off-the-Cuff Reactions and the Importance of Real Calculations
28:44
High Red Shift and Black Hole Spin
29:17
Approximate Formula for Black Hole Spin
29:48
Mathematical Error and Verification of Calculations
30:19
Power Series Solution and Access to Timeline
30:50
Advanced Civilization, Wormhole, and Tesseract
31:53
Christopher Nolan's Request for Alternative Route Back to Earth
32:23
Higher Dimensional Space-Time and Black Holes
33:26
Tesseract and Four-Dimensional Cube
34:28
Cryptographic Judgment and Book Titles
35:28
Time Travel Prevention Conjecture and Wormhole Physics
36:32
Time Dilation and Aging
38:07
Wormhole Time Machine Conjecture
38:40
Self-Destructing Time Machine
39:11
Runaway Vacuum Fluctuations
40:47
Destruction of Wormhole and Time Machine
41:18
Hawkins' Conjecture, Safety of the Universe for Historians
41:50
Quantum Precision Measurement and Manipulating Vacuum Fluctuations
42:20
Carl Sagan's Request for a Wormhole and Distance Travel
42:52
Wormhole Implosion, Holding the Wormhole Open with Exotic Matter
45:00
Holding a Wormhole Open with Negative Energy
46:05
Exotic Matter and Vacuum Fluctuations
48:08
Manipulating Vacuum Fluctuations
49:43
Manipulating Vacuum Fluctuations for Quantum Precision Measurement
50:14
Exotic Matter and Wormholes
50:45
Quantum Physics and Advanced Civilizations
51:15
Gravitational Waves and Detection Methods
53:20
The Concept and Initial Development of Electric Transducers
53:52
Joe Weber's Work on Gravitational Waves and Skepticism
54:24
The Importance of Verification in Science
54:56
Ray Weiss's Alternative Approach to Detecting Gravitational Waves
57:34
Splitting Laser Light and Measuring Reflections
58:05
Beam Splitter and Recombination
59:09
Gravitational Wave Detection Challenges
1:00:11
Isolating and Measuring Gravitational Wave Effects
1:01:45
Ray Weiss's Idea and Initial Assessment
1:02:15
Estimating Wave Strength and Mirror Motion
1:02:46
Initial Doubts and Conversations with Ray Weiss
1:03:47
Funding and Support for the Project
1:05:51
Private Funding and Caltech Culture
1:06:22
NSF Funding and Collaboration with MIT
1:06:53
Detection Confirmation and Time Delay
1:07:25
Gravitational Waves Propagation and Confirmation
1:08:28
Einstein's Predictions and Legacy
1:08:59
Nobel Prize and Apology
1:10:00
The Background of the Bet and Information Theory
1:11:03
The Bet Between Hawking and Preskill
1:12:05
Quantum Physics and the Absence of Lost Information
1:13:11
Clarifying Quantum Physics and the Colloquialism of Information Loss
1:14:16
Hawking's Prediction of Black Hole Evaporation and Information Loss
1:14:48
Challenges in Publishing Hawking's Paper and the Reaction of Physicists
1:15:18
The Bet Between Hawking and Preskill on Black Hole Information Loss
1:15:50
The Significance of Hawking Radiation and the Debate with Preskill
1:17:51
Quantum Gravity and the Importance of Solving Important Problems
1:18:23
Hawking's Concession and the Information Paradox
1:19:25
Black Hole Evaporation and Particle Pair Creation
1:20:58
The Penalty Gift of Information Escaping the Black Hole
1:21:59
Sum Over Histories Formulation and Information Loss
1:22:31
Murray Gell-Mann and Jim Hartle's Work on Quantum Cosmology
1:23:35
Quantum Mechanics and Information Loss in Closed Timelike Curves
1:24:41
Quantum Gravity and the Birth of the Universe
1:25:44
Problem with Merging General Relativity and Quantum Physics
1:26:17
Incompatibility of Quantum Probabilities and Gravity
1:26:48
Time Travel and the Laws of Quantum Gravity
1:27:19
Limitations of General Relativity and the Need for Quantum Physics
1:27:50
String Theory as a Potential Solution to Unify Quantum Physics and General Relativity
1:29:25
The Difficulty of Solving the Problem and the Need for a New Approach
1:29:57
Standing on the Shoulders of Giants
1:31:28
Rumor about Nobel Prize and Parking Spot
1:32:00
Transitioning Away from Science Research
1:32:32
Reflections on Career and Legacy
1:33:02
Creative Work at the Interface of Science and Arts
1:34:06
Integrating Art and Science
1:34:38
Personal Project and Sci-Fi
1:35:09
Ligo Project and Technical Challenges
1:36:12
Overcoming Uncertainty Principle and Societal Challenges
1:37:46
The Initial Concept and Collaboration
1:38:16
Working on the History of Science
1:38:47
The Challenges and Complexity of the Project
1:39:19
The Impact of Interstellar and Collaboration
1:39:49
Christopher Nolan's Genius and the Film's Effectiveness
1:41:24
Hans Zimmer's Music and the Film's Soundtrack
1h 45m⏭ 1
1h 14m⏭ 1
26m
1h 17m
1h 0m⏭ 1
53m
56m
1h 6m
1h 7m
49m
48m
57m⏭ 2
48m⏭ 1
1h 20m
3h 13m⏭ 2
1h 40m⏭ 3
31m⏭ 1
1h 22m
1h 16m⏭ 4
1h 50m⏭ 3
47m
18m
4h 6m⏭ 2
2h 15m⏭ 2