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The de Broglie-Bohm Theory as a Rational Completion of Quantum Mechanics

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  • čas přidán 5. 06. 2021
  • Speaker: Prof. Jean Bricmont, Catholic University of Louvain
    Quantum Information Society, University of Oxford
    Facebook: / quantuminfosoc​
    Website: quantum-information-society.w...

Komentáře • 31

  • @schmetterling4477
    @schmetterling4477 Před 2 lety

    Completion of what? The completion of Copenhagen is quantum field theory.

    • @schmetterling4477
      @schmetterling4477 Před 2 lety

      @@ronsnow402 Bohmian mechanics has nothing to say about G2. You need to try harder. :-)

    • @ronsnow402
      @ronsnow402 Před 2 lety +2

      @@schmetterling4477 The extra oscillations
      within the muon, unaccounted for by the
      models, could be pilot waves. This could
      also explain the physical cause of light
      speed(c). As particles move through this
      new weakly interacting field, (c) speed limit
      is the result of this fields physical
      resistance properties.
      As for the particles pilot waves, they don't
      experience this resistance, & wave
      disturbances may travel faster, explaining
      the non-locality properties of Quantum
      Measurements.
      ( *Analogy* = *Waves traveling through water, travel much faster than the water molecules* )
      I'm excited for new measurements to find
      out what's actually happening with the
      Muon.

    • @schmetterling4477
      @schmetterling4477 Před 2 lety

      @@ronsnow402 Physics doesn't run on "could be". It runs on precise observations. Let me know when you have even one observation of one of your beloved pilot waves.

    • @ronsnow402
      @ronsnow402 Před 2 lety +4

      @@schmetterling4477 Except, all the interpretations are "could be", let me know when the beloved extra dimensions have been discovered.

    • @schmetterling4477
      @schmetterling4477 Před 2 lety

      @@ronsnow402 Copenhagen is not a could be. It's been verified against plenty of low energy experiments and it is what you expect theoretically from a non-relativistic single quantum approximation. Or did you think that Copenhagen is just some random collection of formulas? Of course not. It's what follows when you reduce the relativistic theory to the bare, workable minimum. Why do people not know this? Because most of them never look at the relativistic theory and what it says about the actual structure of the world. And to those that do Copenhagen is just a toy theory. They don't care about it.