Theories of Everything with Curt Jaimungal

Emily Adlam: Reality Is a Completed Puzzle, Not a Flowing River

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Apr 11, 2025
In this thought-provoking discussion, physicist and philosopher Emily Adlam challenges the traditional view of time, presenting her 'all-at-once' approach. She likens the universe to a completed Sudoku puzzle, raising questions about the measurement problem in quantum mechanics and the nature of causality. Adlam delves into the complex interplay between observers and quantum events while exploring innovative concepts that could reshape our understanding of time. Her insights provoke a reevaluation of our foundational assumptions in both science and philosophy.
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INSIGHT

Arrow of Time vs. Problem of Time

  • The arrow of time refers to temporal asymmetries we observe, while the problem of time in quantum gravity concerns the disappearance of time evolution.
  • These problems are distinct but potentially linked through thermodynamics.
INSIGHT

Reductionism and Renormalization

  • Reductionism may be false, with larger-scale phenomena explaining smaller-scale ones.
  • Renormalization transformations, being one-to-one, support this possibility.
INSIGHT

Non-Locality in Quantum Mechanics

  • Non-locality in quantum mechanics involves correlations too strong for local models.
  • Bell's theorem demonstrates this, suggesting direct influence between distant events.
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