Recent content by kw1

  1. K

    I Measurement effect ('collapse') question

    Thanks, hilbert2, thanks for that clarification. But how about all that's going on 'out there' in Nature? How is it that anything escapes 'collapse' for more than tiny fractions of a second (and here, my not being a physicist, I don't even ask how things like that get 'created' in the first...
  2. K

    I Measurement effect ('collapse') question

    I routinely read that in quantum theory, measurement 'collapses' the wave function. I am unlikely (a geneticist, not a physicist) to understand this very well, but I think my central question is not entirely naive. Whatever the measurement 'collapse' effect really means, I don't understand...
  3. K

    Cosmology, Quantum fluctuations,and entanglement

    Thanks. Every good idea (well, plausibility guess) even by an amateur like me turns out to have been thought about by somebody! I don't have a paywall problem usually, because I'm at a university (Penn State) with library subscription access. My area is genetics, where we face things that...
  4. K

    Cosmology, Quantum fluctuations,and entanglement

    My understanding (as an amateur, I admit!) was that entanglement would mean that, wherever, when one of entangled particles was 'measured' (interacted with something) it took on a specific value (collapsed its probability function) and that this also implied a specific value for its entangled...
  5. K

    Cosmology, Quantum fluctuations,and entanglement

    I'll need it (luck)! But thanks.
  6. K

    Cosmology, Quantum fluctuations,and entanglement

    Well, thanks very much. I'm a complete amateur at this (I'm a geneticist--wondering if we'll ever have any comparably elegant view of life), so the technical details are beyond me. I will try to check the references you suggested. Ironically, I was once a meteorologist, and knew about...
  7. K

    Cosmology, Quantum fluctuations,and entanglement

    I understand that 'roughness' in the universe is explained by inflation, because quantum fluctuations in density get separated farther than their Hubble sphere--far than any influence (distance greater than speed of light) between them. Some areas by quantum chance have higher density and can...
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