- Chandrasekhar's contribution of black hole knowledge
6
- Einstein and the limits of our understanding of black holes
7
- Oppenheimer and Snyder's work theorizing how a black hole would form
8
- Penrose's work on gravitational collapse and the space-time singularity
9
- Wheeler coining of the term "black hole"
10
- Ghez's mapping of the shape of space and the motion of stars around black holes
11
- Alternate ways black holes could form
12
- Overmassive black hole galaxy OBG
13
- Sequence of formation of black holes
14
- James Webb Space Telescope's detection of OBG
15
- Primordial black holes
16
- Evolution of black holes
17
- Credits
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Explore the fascinating world of supermassive black holes in this 36-minute scientific discussion featuring astrophysicist Priya Natarajan and moderator Brian Greene. Delve into an alternative theory challenging traditional explanations of how these cosmic giants form, suggesting they may emerge directly from collapsing galactic dust and gas rather than dying stars. Journey through the historical development of black hole physics, from early theoretical work to modern observations, covering key contributions from Chandrasekhar, Einstein, Oppenheimer, Penrose, and Wheeler. Learn about groundbreaking discoveries including Ghez's mapping of space-time around black holes, overmassive black hole galaxies (OBGs), and recent observations from the James Webb Space Telescope. Gain insights into primordial black holes, their evolution, and the latest observational evidence supporting new formation theories in this comprehensive exploration of one of the universe's most enigmatic phenomena.
Supermassive Black Holes - Rethinking Their Origin and Formation