November 5, 2019

  • copenhagen interpretation

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    • i am the butterfly eater
      dining on illusions,
      quandary mechanics and chaos theory;
      it's the difference between determinism
      and indeterminism...is it true that if
      you know everything in the present, you
      can predict the future? for example playing billiards--
      if you feed everything into a computer, such as
      how hard you hit the ball, the angle of the cue,
      it would still be impossible to tell how each ball
      would respond to a collision--a speck of dust
      could throw everything
      out of whack...then there's the butterfly
      effect. ( for every butterfly eaten in tennessee, a woman
      dies in massachusetts. ) Newton's universe was
      a clockwork universe, but the quandary world is not
      deterministic--you can't predict the outcome because
      you can't know both the position and the momentum
      of your lover/ex lover, dead/alive, loving/not loving
      at the same time. things change as you look at them
      when does the wave
      become the particle?

      wave and particle are two aspects
      of a single reality, an unknowable reality--
      wave function defines an area of
      probability-- like being in a certain place at
      a certain moment, loving and not loving at
      the same time, a la Schrödinger's cat.

      here's my quandary: in the absence
      of measurement, is there no reality?
      to measure, must one have to see?
        if you have no
      separate reality until i can see you, can measure you--

      and if you are neither separate nor real,
      then you are an illusory part of me,

      so how can i prove the existence
      of that which never goes away
      but does not exist?  how could something
      be true but unprovable?

      it's the liar's paradox.*

       

      * i am a liar

      Schrödinger's Cat: A cat, along with a flask containing a poison, is placed in a sealed box shielded against environmentally induced quantum decoherence. If an internal Geiger counter detects radiation, the flask is shattered, releasing the poison that kills the cat. The Copenhagen interpretation of quantum mechanics implies that after a while, the cat is simultaneously alive and dead. Yet, when we look in the box, we see the cat either alive ordead, not a mixture of alive and dead.

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