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#spins — Public Fediverse posts

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

  1. Asteroid 2022 OB5 Spins Too Fast For Current Prospectors Highlighting the Divide Between "Accessible" and "Exploitable"
    atlas.whatip.xyz/post.php?slug
    Key insight: <p>Asteroid mining seems simple in theory
    #asteroid #current #simple #spins

  2. Asteroid 2022 OB5 Spins Too Fast For Current Prospectors Highlighting the Divide Between "Accessible" and "Exploitable"
    atlas.whatip.xyz/post.php?slug
    Key insight: <p>Asteroid mining seems simple in theory
    #asteroid #current #simple #spins

  3. If you're into #magnetism #nanoscience #spins, check put what @LorenaRosaleny and I have been doing lately:
    rosaleny.shinyapps.io/spindyns

    DAISY, for "DC/AC Interpretation: Simulate it Yourself" (runner-ups for the backronym: "DC/AC Iterative Simulation Yokefellow", "DC/AC... via Individual Spins? Yeah!", "Dynamical Analysis Instrument for Spins & You" and "Dynamical Analysis for Individual Spins... and Yond")

    I find it really cool, but it's mostly for molecular magnetism, a rather niche community...

  4. If you're into #magnetism #nanoscience #spins, check put what @LorenaRosaleny and I have been doing lately:
    rosaleny.shinyapps.io/spindyns

    DAISY, for "DC/AC Interpretation: Simulate it Yourself" (runner-ups for the backronym: "DC/AC Iterative Simulation Yokefellow", "DC/AC... via Individual Spins? Yeah!", "Dynamical Analysis Instrument for Spins & You" and "Dynamical Analysis for Individual Spins... and Yond")

    I find it really cool, but it's mostly for molecular magnetism, a rather niche community...

  5. If you're into #magnetism #nanoscience #spins, check put what @LorenaRosaleny and I have been doing lately:
    rosaleny.shinyapps.io/spindyns

    DAISY, for "DC/AC Interpretation: Simulate it Yourself" (runner-ups for the backronym: "DC/AC Iterative Simulation Yokefellow", "DC/AC... via Individual Spins? Yeah!", "Dynamical Analysis Instrument for Spins & You" and "Dynamical Analysis for Individual Spins... and Yond")

    I find it really cool, but it's mostly for molecular magnetism, a rather niche community...

  6. If you're into #magnetism #nanoscience #spins, check put what @LorenaRosaleny and I have been doing lately:
    rosaleny.shinyapps.io/spindyns

    DAISY, for "DC/AC Interpretation: Simulate it Yourself" (runner-ups for the backronym: "DC/AC Iterative Simulation Yokefellow", "DC/AC... via Individual Spins? Yeah!", "Dynamical Analysis Instrument for Spins & You" and "Dynamical Analysis for Individual Spins... and Yond")

    I find it really cool, but it's mostly for molecular magnetism, a rather niche community...

  7. Just as the behavior of #spins in the #Ising model can be understood #statistically, the behavior described by #QFTs might also be statistical in nature.This implies that #quantum #field #theories are not describing fundamental fields directly but are instead capturing the statistical properties of an underlying, more fundamental theory. If QFTs are statistical, they might only approximate the behavior of a deeper reality, similar to how the Ising model approximates the behavior of a material.

  8. Just as the behavior of #spins in the #Ising model can be understood #statistically, the behavior described by #QFTs might also be statistical in nature.This implies that #quantum #field #theories are not describing fundamental fields directly but are instead capturing the statistical properties of an underlying, more fundamental theory. If QFTs are statistical, they might only approximate the behavior of a deeper reality, similar to how the Ising model approximates the behavior of a material.

  9. Intensive Lichtpulse machen Substanzen, die sonst nicht magnetisierbar sind, zu Magneten – und zwar ultraschnell. Der Effekt ermöglicht neue Anwendungen in der Datenverarbeitung.#Magnetismus #Quantenphysik #Spins #Datenspeicher #Multiferroizität #Datenverarbeitung #Elektronik #Physik
    Unmögliche Magnete dank Laserlicht
  10. Intensive Lichtpulse machen Substanzen, die sonst nicht magnetisierbar sind, zu Magneten – und zwar ultraschnell. Der Effekt ermöglicht neue Anwendungen in der Datenverarbeitung.#Magnetismus #Quantenphysik #Spins #Datenspeicher #Multiferroizität #Datenverarbeitung #Elektronik #Physik
    Unmögliche Magnete dank Laserlicht
  11. Intensive Lichtpulse machen Substanzen, die sonst nicht magnetisierbar sind, zu Magneten – und zwar ultraschnell. Der Effekt ermöglicht neue Anwendungen in der Datenverarbeitung.#Magnetismus #Quantenphysik #Spins #Datenspeicher #Multiferroizität #Datenverarbeitung #Elektronik #Physik
    Unmögliche Magnete dank Laserlicht
  12. Intensive Lichtpulse machen Substanzen, die sonst nicht magnetisierbar sind, zu Magneten – und zwar ultraschnell. Der Effekt ermöglicht neue Anwendungen in der Datenverarbeitung.#Magnetismus #Quantenphysik #Spins #Datenspeicher #Multiferroizität #Datenverarbeitung #Elektronik #Physik
    Unmögliche Magnete dank Laserlicht
  13. Intensive Lichtpulse machen Substanzen, die sonst nicht magnetisierbar sind, zu Magneten – und zwar ultraschnell. Der Effekt ermöglicht neue Anwendungen in der Datenverarbeitung.#Magnetismus #Quantenphysik #Spins #Datenspeicher #Multiferroizität #Datenverarbeitung #Elektronik #Physik
    Unmögliche Magnete dank Laserlicht
  14. The process of #spins lining up, however, does not happen all at once. Rather, when the #magnetic field is applied, different regions, or so-called domains, influence others nearby, and the changes spread across the material in a clumpy fashion.
    #QuantumScience #MaterialScience #Physics #sflorg
    sflorg.com/2024/03/qs03292401.

  15. The process of #spins lining up, however, does not happen all at once. Rather, when the #magnetic field is applied, different regions, or so-called domains, influence others nearby, and the changes spread across the material in a clumpy fashion.
    #QuantumScience #MaterialScience #Physics #sflorg
    sflorg.com/2024/03/qs03292401.

  16. The process of #spins lining up, however, does not happen all at once. Rather, when the #magnetic field is applied, different regions, or so-called domains, influence others nearby, and the changes spread across the material in a clumpy fashion.
    #QuantumScience #MaterialScience #Physics #sflorg
    sflorg.com/2024/03/qs03292401.

  17. The process of #spins lining up, however, does not happen all at once. Rather, when the #magnetic field is applied, different regions, or so-called domains, influence others nearby, and the changes spread across the material in a clumpy fashion.
    #QuantumScience #MaterialScience #Physics #sflorg
    sflorg.com/2024/03/qs03292401.

  18. The process of #spins lining up, however, does not happen all at once. Rather, when the #magnetic field is applied, different regions, or so-called domains, influence others nearby, and the changes spread across the material in a clumpy fashion.
    #QuantumScience #MaterialScience #Physics #sflorg
    sflorg.com/2024/03/qs03292401.