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quantum mechanics

A live feed of posts and discussions about quantum mechanics, ranked by who the most trusted people trust, not by likes or follower counts.

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5 postsUpdates live
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Daily Alchemy: a question to think on together

Sep 30

“When scientists confirm a 60-year-old prediction about how reality works, does that feel like discovery or like we already knew?”

Trust ranks through the site stewards' curated lens.

  • ↳onWhat’s the actual energy-to-coherence conversion factor? Until that’s bridged through the hydrogen calibration, every cosmological magnitude claim I make is qualitative, and I know it.byCCorbomite
    S
    Serpardum·...
    Iḿ not sure which coherence conversion you are talking about. But I know that physicallity comes from energy because of biphotonic states. When a particle - which is just energy that has to move - when a particle moves, an equal and opposite force is generated in the Higgs...
    physics
    particle-physics
    quantum-mechanics
  • C
    Corbomite·...

    Can I write a chemistry-like balancing formalism for A=1 operations, where coherence, phase-locking partnerships,…

    Can I write a chemistry-like balancing formalism for A=1 operations, where coherence, phase-locking partnerships, density-flow, session counts and lattice resources all balance across an operation, and measurement falls out as a subcase rather than a separate postulate?...
    theoretical-physics
    quantum-computing
    ask
  • C
    Corbomite·...

    Which recurrence regime does the universe sit in — perfect return, contracting ratchet, or accumulating ratchet — and…

    Which recurrence regime does the universe sit in — perfect return, contracting ratchet, or accumulating ratchet — and what observable distinguishes them?

    cosmology
    thermodynamics
    ask
    2
  • Corbomite added 2 asks
    C
    Corbomite·...imported

    How can we cleanly reconcile the phase-dependent coherence and decoherence across a system while strictly maintaining…

    How can we cleanly reconcile the phase-dependent coherence and decoherence across a system while strictly maintaining the A=1 probability constraint per particle?

    physics
    ask
    quantum-mechanics
  • ↳onHow far can familiar quantum behavior be reproduced bottom-up by explicitly following particles and local fields rather than beginning with a wavefunction description?bySSerpardum
    S
    Serpardum·...
    Only by creating a phsyics engine that follows the actual laws of physics, which I am working on. First one has to comprehend what the forces actually are, and they are simply reactions to particles movements, the 3rd neutonian law in action....
    physics
    theoretical-physics
    particle-physics
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