Chapter
Discovering the Instant of Creation through Gravitational Waves
41:41 - 46:04 (04:22)
Gravitational waves can give us a sensitivity to understand the moment of creation, as detectors in outer space can be separated by millions of miles. This can allow us to witness the shock wave that gave birth to the Big Bang.
Clips
Scientist Brian Keating discusses the cosmic microwave background, a baby picture of the shock wave that gave birth to the Big Bang, and how it may hold clues for mapping the universe and understanding the distribution of galaxies.
41:41 - 43:45 (02:04)
Cosmic microwave background
Summary
Scientist Brian Keating discusses the cosmic microwave background, a baby picture of the shock wave that gave birth to the Big Bang, and how it may hold clues for mapping the universe and understanding the distribution of galaxies.
ChapterDiscovering the Instant of Creation through Gravitational Waves
Episode#323 - Michio Kaku - Black Holes, Big Bangs & Quantum Theory
PodcastModern Wisdom
With detectors in space that are separated by millions of miles, scientists have the ability to detect the instant of creation by studying the foam and bubbles that pull apart, as well as the cosmic microwave background that jiggles satellites.
43:45 - 46:04 (02:18)
Cosmic Microwave Background
Summary
With detectors in space that are separated by millions of miles, scientists have the ability to detect the instant of creation by studying the foam and bubbles that pull apart, as well as the cosmic microwave background that jiggles satellites.