Loading transcript...
Click for full transcript
Chapters & Sections (64)
▼
0:04
Nobel Prizes in Physics and Black Holes
1:07
Pioneer Works and Science Events
2:11
Nobel Prize Winners and Their Contributions
3:15
Prize Division and Observational Work
3:47
Roger Penrose's Theoretical Work and Nobel Prize
4:18
Comparison to Higgs Boson Discovery
5:21
Einstein's Nobel Prize and Specific Predictions
6:22
Schwarzschild's Work on Black Holes
6:53
Mathematical Idealization of Black Holes
7:24
Roger Penrose's Proof of Black Hole Existence
7:56
Observations of Stars Orbiting an Invisible Object
8:58
Properties of the Supermassive Black Hole
10:33
Hubble's Contributions to Astrophysics
11:03
Hubble's Realization of Other Galaxies
11:35
The Expansion of the Universe
13:39
Nobel Committee's Recent Interest in Black Holes
14:11
Event Horizon Telescope and its Image of a Black Hole
14:42
Racism in the Nobel Prize Committee's Language
15:12
Discussion on the Event Horizon Telescope and its Findings
17:18
Imaging a Black Hole and Global Warming
17:48
Philosophy of Science and Social Media
18:19
Black Hole Formation and Age
19:22
Limits of Black Hole Mass and Age Determination
20:55
Initial Hypothesis and Observations on Supermassive Black Holes
21:26
Uncertainty and Mechanisms of Galaxy Formation
21:56
Influence of Black Holes on Galaxy Evolution
22:27
Black Hole Jets and Interactions with Neighboring Galaxies
23:31
Nobel Prize and Future Research Opportunities
24:02
Roger Penrose's Work and its Impact
24:34
Prize Effect on Generations
25:06
Black Holes and the Nobel Prize
26:07
LIGO's Discoveries and Implications
27:41
Cosmic Queries Introduction and Jan 11's Presence
28:12
Jan 11's Name and Consonants
28:43
Black Hole Question from Eugenio Barrera
29:14
Gravity and Light Bending in Black Holes
29:45
Event Horizon and Unstable State of Light
30:49
Salmon Analogy for Black Hole Phenomenon
31:20
Perception of Light Outside a Black Hole
31:51
Inconsistencies in Star Trek's Depiction of Energy Propulsion
32:22
Roger Penrose's Contribution to Black Hole Theory
34:55
Singularity Formation and Light Cones
35:26
Einstein's Theory and Newton's Law Inconsistency
37:01
Astrophysical Inspiration and Question Answering
38:06
Gravity Laws and Language Analogy
38:37
Einstein's Approach to Newtonian Dynamics
39:08
Low Gravity and Low Speeds, Approximating Newton's Equations
40:42
Singularities in Black Holes and General Relativity
1h 45m⏭ 1
1h 14m⏭ 1
26m
1h 17m
1h 0m⏭ 1
53m
1h 43m⏭ 1
56m
1h 6m
1h 7m
49m
48m
48m⏭ 1
1h 20m
1h 40m⏭ 3
31m⏭ 1
4h 6m⏭ 2
1h 22m
1h 16m⏭ 4
1h 50m⏭ 3
1h 0m⏭ 1
1h 28m⏭ 2
47m
18m