Chapter
String Theory vs Loop Quantum Gravity in Physics
2:23:20 - 2:32:42 (09:22)
This podcast discusses the differences between string theory and loop quantum gravity in physics. String theory is credited as a legitimate theory while loop quantum gravity is seen as less reliable and efficient by the physics community.
Clips
The general relativistic community hoped that loop quantum gravity would help them achieve quantum gravity and particle theory, while string theorists propose a renormalizable theory of gravity.
2:23:20 - 2:26:35 (03:15)
Summary
The general relativistic community hoped that loop quantum gravity would help them achieve quantum gravity and particle theory, while string theorists propose a renormalizable theory of gravity. The mathematical universe hypothesis may not be a new idea according to some philosophers.
ChapterString Theory vs Loop Quantum Gravity in Physics
Episode#163 – Eric Weinstein: Difficult Conversations, Freedom of Speech, and Physics
PodcastLex Fridman Podcast
The podcast discusses the concept of functions and how they can be used to explore the universe, and dig deeper into how everything that exists interacts with each other.
2:26:35 - 2:30:10 (03:34)
Summary
The podcast discusses the concept of functions and how they can be used to explore the universe, and dig deeper into how everything that exists interacts with each other.
ChapterString Theory vs Loop Quantum Gravity in Physics
Episode#163 – Eric Weinstein: Difficult Conversations, Freedom of Speech, and Physics
PodcastLex Fridman Podcast
The theory of gauge calculus explains how to translate a shift in the definition of the functions and derivatives so that the underlying physics remains unchanged.
2:30:10 - 2:32:42 (02:32)
Summary
The theory of gauge calculus explains how to translate a shift in the definition of the functions and derivatives so that the underlying physics remains unchanged. It is the foundation of theories like quantum electrodynamics, which explains the behavior of photons and electrons.