Theories of Everything with Curt Jaimungal Tim Palmer: Non-Locality, General Relativity, Einstein, Quantum Mechanics
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Apr 26, 2024 
Professor Tim Palmer, a distinguished figure in fundamental physics, engages in a fascinating dialogue about the unresolved challenges in quantum mechanics and general relativity. He discusses Mach's principle and its implications for local physics, as well as the philosophical ramifications of quantum measurement on reality. Tim also explores the concept of non-locality and its impact on our understanding of the universe, while weaving in ideas of moral responsibility and chaotic systems in the fabric of cosmology. A thought-provoking exploration of the laws that govern existence!
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Unsolved Problems in Physics
- Despite advancements in physics, fundamental problems like the measurement problem in quantum mechanics and the unification of forces with gravity remain unsolved.
- These questions necessitate revisiting basic principles.
Holistic Nature of Physics
- The missing link between quantum mechanics and general relativity lies in understanding quantum physics' holistic nature.
- Mach's principle suggests local laws are influenced by the universe's large-scale structure.
Mach's Principle Explained
- Tim Palmer explains Mach's principle using the example of spinning and arms flailing outwards due to the distant mass of the universe.
- He compares Mach's principle to unproven mathematical conjectures like Goldbach's conjecture.
