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#uncertaintyprinciple — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #uncertaintyprinciple, aggregated by home.social.

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  1. @raymaccarthy @m_berberich @davidrevoy Star Trek: The Next Generation added "Heisenberg Compensators" to the standard list of technobabble to lampshade just how broken the described "physics" of transporters were. #WernerHeisenberg is closely associated with the #UncertaintyPrinciple which is a powerful barrier to even describing the state of a body's position and momentum at the same time.

    Disturbing thought, what if transporters vaporized people and got some information, and then recreated living beings on the other side with AI slop?

  2. @raymaccarthy @m_berberich @davidrevoy Star Trek: The Next Generation added "Heisenberg Compensators" to the standard list of technobabble to lampshade just how broken the described "physics" of transporters were. #WernerHeisenberg is closely associated with the #UncertaintyPrinciple which is a powerful barrier to even describing the state of a body's position and momentum at the same time.

    Disturbing thought, what if transporters vaporized people and got some information, and then recreated living beings on the other side with AI slop?

  3. @raymaccarthy @m_berberich @davidrevoy Star Trek: The Next Generation added "Heisenberg Compensators" to the standard list of technobabble to lampshade just how broken the described "physics" of transporters were. #WernerHeisenberg is closely associated with the #UncertaintyPrinciple which is a powerful barrier to even describing the state of a body's position and momentum at the same time.

    Disturbing thought, what if transporters vaporized people and got some information, and then recreated living beings on the other side with AI slop?

  4. @raymaccarthy @m_berberich @davidrevoy Star Trek: The Next Generation added "Heisenberg Compensators" to the standard list of technobabble to lampshade just how broken the described "physics" of transporters were. #WernerHeisenberg is closely associated with the #UncertaintyPrinciple which is a powerful barrier to even describing the state of a body's position and momentum at the same time.

    Disturbing thought, what if transporters vaporized people and got some information, and then recreated living beings on the other side with AI slop?

  5. @raymaccarthy @m_berberich @davidrevoy Star Trek: The Next Generation added "Heisenberg Compensators" to the standard list of technobabble to lampshade just how broken the described "physics" of transporters were. #WernerHeisenberg is closely associated with the #UncertaintyPrinciple which is a powerful barrier to even describing the state of a body's position and momentum at the same time.

    Disturbing thought, what if transporters vaporized people and got some information, and then recreated living beings on the other side with AI slop?

  6. Since cats are suspended in a state of quantum uncertainty, if you make an additional observation of a cat, i.e. a completely different set of reflected photons, is it a different cat?

    #Cats #UncertaintyPrinciple #Schroedinger #Quantum

  7. „Someone is #wrongOnTheInternet“ was just upgraded to „someone is #wrong about the #uncertaintyPrinciple“ and they are sitting at the table next to me.

  8. „Someone is #wrongOnTheInternet“ was just upgraded to „someone is #wrong about the #uncertaintyPrinciple“ and they are sitting at the table next to me.

  9. „Someone is #wrongOnTheInternet“ was just upgraded to „someone is #wrong about the #uncertaintyPrinciple“ and they are sitting at the table next to me.

  10. „Someone is #wrongOnTheInternet“ was just upgraded to „someone is #wrong about the #uncertaintyPrinciple“ and they are sitting at the table next to me.

  11. „Someone is #wrongOnTheInternet“ was just upgraded to „someone is #wrong about the #uncertaintyPrinciple“ and they are sitting at the table next to me.

  12. #Physics #NobelPrize laureate Wolfgang Ketterle has led an inter-disciplinary team of researchers at #MIT in a test of the #UncertaintyPrinciple of #quantum mechanics and wave-particle duality at the single atom and photon limit. news.mit.edu/2025/famous-doubl

    Essentially a realization of the Gedanken #DoubleSlitExperiment imagined by #Einstein and #Bohr. Bohr won the bet! Complementarity holds!!

    #IYQ2025

  13. #Physics #NobelPrize laureate Wolfgang Ketterle has led an inter-disciplinary team of researchers at #MIT in a test of the #UncertaintyPrinciple of #quantum mechanics and wave-particle duality at the single atom and photon limit. news.mit.edu/2025/famous-doubl

    Essentially a realization of the Gedanken #DoubleSlitExperiment imagined by #Einstein and #Bohr. Bohr won the bet! Complementarity holds!!

    #IYQ2025

  14. #Physics #NobelPrize laureate Wolfgang Ketterle has led an inter-disciplinary team of researchers at #MIT in a test of the #UncertaintyPrinciple of #quantum mechanics and wave-particle duality at the single atom and photon limit. news.mit.edu/2025/famous-doubl

    Essentially a realization of the Gedanken #DoubleSlitExperiment imagined by #Einstein and #Bohr. Bohr won the bet! Complementarity holds!!

    #IYQ2025

  15. #Physics #NobelPrize laureate Wolfgang Ketterle has led an inter-disciplinary team of researchers at #MIT in a test of the #UncertaintyPrinciple of #quantum mechanics and wave-particle duality at the single atom and photon limit. news.mit.edu/2025/famous-doubl

    Essentially a realization of the Gedanken #DoubleSlitExperiment imagined by #Einstein and #Bohr. Bohr won the bet! Complementarity holds!!

    #IYQ2025

  16. #Physics #NobelPrize laureate Wolfgang Ketterle has led an inter-disciplinary team of researchers at #MIT in a test of the #UncertaintyPrinciple of #quantum mechanics and wave-particle duality at the single atom and photon limit. news.mit.edu/2025/famous-doubl

    Essentially a realization of the Gedanken #DoubleSlitExperiment imagined by #Einstein and #Bohr. Bohr won the bet! Complementarity holds!!

    #IYQ2025

  17. Uncertainty

    The gripping, entertaining, and vividly-told narrative of a radical discovery that sent shockwaves through the scientific community and forever changed the way we understand the world.

    @bookstodon
    #books
    #nonfiction
    #science
    #physics
    #UncertaintyPrinciple
    #Heisenberg

  18. Uncertainty

    The gripping, entertaining, and vividly-told narrative of a radical discovery that sent shockwaves through the scientific community and forever changed the way we understand the world.

    @bookstodon
    #books
    #nonfiction
    #science
    #physics
    #UncertaintyPrinciple
    #Heisenberg

  19. Uncertainty

    The gripping, entertaining, and vividly-told narrative of a radical discovery that sent shockwaves through the scientific community and forever changed the way we understand the world.

    @bookstodon
    #books
    #nonfiction
    #science
    #physics
    #UncertaintyPrinciple
    #Heisenberg

  20. Uncertainty

    The gripping, entertaining, and vividly-told narrative of a radical discovery that sent shockwaves through the scientific community and forever changed the way we understand the world.

    @bookstodon
    #books
    #nonfiction
    #science
    #physics
    #UncertaintyPrinciple
    #Heisenberg

  21. Uncertainty

    The gripping, entertaining, and vividly-told narrative of a radical discovery that sent shockwaves through the scientific community and forever changed the way we understand the world.

    @bookstodon
    #books
    #nonfiction
    #science
    #physics
    #UncertaintyPrinciple
    #Heisenberg

  22. These test runs are getting to Kobayashi Maru territory, where the cases themselves are the failure, not the code being tested.
    I just updated the PR for the only #NetBSD Pi 4 failure I logged, trying to set a value lower than current (as I read it).
    2 of 4 architectures are done, 1 had no errors. I am re-running the amd64 tests to see which need bug reports.
    Some tests on arm32 did not have reproducible results. #UncertaintyPrinciple

  23. These test runs are getting to Kobayashi Maru territory, where the cases themselves are the failure, not the code being tested.
    I just updated the PR for the only #NetBSD Pi 4 failure I logged, trying to set a value lower than current (as I read it).
    2 of 4 architectures are done, 1 had no errors. I am re-running the amd64 tests to see which need bug reports.
    Some tests on arm32 did not have reproducible results. #UncertaintyPrinciple

  24. These test runs are getting to Kobayashi Maru territory, where the cases themselves are the failure, not the code being tested.
    I just updated the PR for the only #NetBSD Pi 4 failure I logged, trying to set a value lower than current (as I read it).
    2 of 4 architectures are done, 1 had no errors. I am re-running the amd64 tests to see which need bug reports.
    Some tests on arm32 did not have reproducible results. #UncertaintyPrinciple

  25. These test runs are getting to Kobayashi Maru territory, where the cases themselves are the failure, not the code being tested.
    I just updated the PR for the only #NetBSD Pi 4 failure I logged, trying to set a value lower than current (as I read it).
    2 of 4 architectures are done, 1 had no errors. I am re-running the amd64 tests to see which need bug reports.
    Some tests on arm32 did not have reproducible results. #UncertaintyPrinciple

  26. These test runs are getting to Kobayashi Maru territory, where the cases themselves are the failure, not the code being tested.
    I just updated the PR for the only #NetBSD Pi 4 failure I logged, trying to set a value lower than current (as I read it).
    2 of 4 architectures are done, 1 had no errors. I am re-running the amd64 tests to see which need bug reports.
    Some tests on arm32 did not have reproducible results. #UncertaintyPrinciple

  27. Acceptable Loss
    This week’s reading is Acceptable Loss by Przeyslav Zanko. Its themes are decoherence, information, probability, the multiverse and the uncertainty principle. Length about nine and a half mi
    greencomet.org/2023/03/03/acce
    #audiobooks #decoherence #flashfiction #information #multiverse #probability #QuantumMechanics #reading #UncertaintyPrinciple #writing

  28. Time Management
    This week’s reading is Time Management by Przeyslav Zanko. Its themes are the act of observation, the Large Hadron Collider, the multiverse, Planck's constant, Schrodinger's cat, time and t
    greencomet.org/2023/02/24/time
    #audiobooks #flashfiction #multiverse #PlancksConstant #QuantumMechamics #reading #SchrodingersCat #time #UncertaintyPrinciple #writing

  29. Superpose
    This week’s reading is Superpose by Yuen Xiang Hao. Its themes are wave function, superposition and the uncertainty principle. Length about eight-and-a-half minutes. Listen to this and other stories on the Audio page.

    rjb
    greencomet.org/2023/02/17/supe
    #audiobooks #flashfiction #greencomet #QuantumPhysics #shortstories #UncertaintyPrinciple #WaveFunction #writing

  30. The Relative Uncertainty of Reality
    This week’s reading is The Relative Uncertainty of Reality by Daniel Swindlehurst. Its themes are computing, reality, time and the uncertainty principle. Length about eight minutes. Listen to this and other stories on t
    greencomet.org/2023/01/06/the-
    #computing #quantummechanics #reality #time #uncertaintyprinciple