Chapter
The Ultimate Symmetry and the Fate of the Universe
1:07:52 - 1:16:39 (08:46)
The universe could achieve ultimate symmetry through supersymmetry, which is the only symmetry theory that rotates all the particles of a vibrating string into themselves. According to calculations, trillions of years from now, the universe will consist of dead black holes, dead neutron stars, and a temperature close to absolute zero.
Clips
In trillions of years, the universe will consist of dead black holes and neutron stars with near absolute zero temperature.
1:07:52 - 1:09:50 (01:57)
Summary
In trillions of years, the universe will consist of dead black holes and neutron stars with near absolute zero temperature. However, the possibility of wormholes may indicate that the universe is an open system, allowing for the creation of an interdimensional lifeboat to escape to a younger, warmer universe.
ChapterThe Ultimate Symmetry and the Fate of the Universe
Episode#562: Dr. Michio Kaku — Exploring Time Travel, the Beauty of Physics, Parallel Universes, the Mind of God, String Theory, Lessons from Einstein, and More
PodcastThe Tim Ferriss Show
String theory has a symmetry called supersymmetry, where if you rotate all the particles of a vibrating string, it rotates into itself.
1:09:49 - 1:13:19 (03:29)
Summary
String theory has a symmetry called supersymmetry, where if you rotate all the particles of a vibrating string, it rotates into itself. The ultimate symmetry of the universe, beyond gravity theory, involves new forces, particles, and may hold the key to understanding dark matter.
ChapterThe Ultimate Symmetry and the Fate of the Universe
Episode#562: Dr. Michio Kaku — Exploring Time Travel, the Beauty of Physics, Parallel Universes, the Mind of God, String Theory, Lessons from Einstein, and More
PodcastThe Tim Ferriss Show
Talking about the history of discovery and measurement of cosmic microwave background radiation, which is the thermal radiation in the universe.
1:13:19 - 1:16:39 (03:19)
Summary
Talking about the history of discovery and measurement of cosmic microwave background radiation, which is the thermal radiation in the universe.