Recent content by MysticWizard

  1. M

    Meaning of time in the multiverse theory

    I did not realize this! Amazing. I'll have to read up on what this means and what the consequences might be. Thanks for your answer!
  2. M

    Meaning of time in the multiverse theory

    Ok perhaps the following analogy helps getting across what I am struggeling with. What if a quantum state can be thought of a a single frame in a film. Now there is 1 universe where the quantum state keeps collapsing to the same state over and over which would result in a film where time appears...
  3. M

    Meaning of time in the multiverse theory

    This statement got me thinking, would it be possible for 1 universe (out of the infinite collection of universes) to be stationary infinitely alternating between state A & B, or using the dice analogy throwing a 1 and a 2 over and over effectively making this universe appear looped in time...
  4. M

    B Why does light diffract into only seven colours?

    https://en.wikipedia.org/wiki/Color_wheel
  5. M

    I Do you have an example of a truly random phenomenon?

    I guess that one was meant more as: Be aware that your measurement method can influence the outcome As for the definition, Wikipedia says: This means that the particular outcome sequence will contain some patterns, that are detectable in hindsight, however not predictable with foresight. I...
  6. M

    I Do you have an example of a truly random phenomenon?

    That makes me wonder if you ask 100 people to name a number between 0 and 100, how random would that be :P
  7. M

    I Do you have an example of a truly random phenomenon?

    I recommend you read this wiki page: https://en.wikipedia.org/wiki/Superdeterminism I think the definition of a truly random process is hard to prove because even observing certain events changes the outcome: https://en.wikipedia.org/wiki/Observer_effect_(physics) If you are looking for the...
  8. M

    B FTL Paradox: Grandfather Paradox Explained

    So here it goes: 2 points in space A & B. 1 superluminal object (fixed at 10c, no acceleration) that periodically transmits photons as soon as it starts moving. 1 observer with a very high accuracy photon counter removed a sufficiently large distance from the 2 points for light to take a small...
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