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#blackholes — Public Fediverse posts

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

  1. #BlackHoles The holographic principle proposes that all information in a region can be described by data on its boundary. #Physics

  2. Black holes and topological vortices in a discrete spacetime lattice.
    This is not an animation.

    I created a simulation where particle stability is maintained by internal field tension rather than hard coded rules. I didn't program any velocity increase the geometry itself is generating the motion.

    #Topology
    #Gravity
    #blackholes
    #nonlineardynamics
    #Superfluid #Physics
    #Simulation
    #QuantumPhysics
    #computationalphysics
    #emergence

  3. Black holes and topological vortices in a discrete spacetime lattice.
    This is not an animation.

    I created a simulation where particle stability is maintained by internal field tension rather than hard coded rules. I didn't program any velocity increase the geometry itself is generating the motion.

    #Topology
    #Gravity
    #blackholes
    #nonlineardynamics
    #Superfluid #Physics
    #Simulation
    #QuantumPhysics
    #computationalphysics
    #emergence

  4. Black holes and topological vortices in a discrete spacetime lattice.
    This is not an animation.

    I created a simulation where particle stability is maintained by internal field tension rather than hard coded rules. I didn't program any velocity increase the geometry itself is generating the motion.

    #Topology
    #Gravity
    #blackholes
    #nonlineardynamics
    #Superfluid #Physics
    #Simulation
    #QuantumPhysics
    #computationalphysics
    #emergence

  5. Black holes and topological vortices in a discrete spacetime lattice.
    This is not an animation.

    I created a simulation where particle stability is maintained by internal field tension rather than hard coded rules. I didn't program any velocity increase the geometry itself is generating the motion.

    #Topology
    #Gravity
    #blackholes
    #nonlineardynamics
    #Superfluid #Physics
    #Simulation
    #QuantumPhysics
    #computationalphysics
    #emergence

  6. Black holes and topological vortices in a discrete spacetime lattice.
    This is not an animation.

    I created a simulation where particle stability is maintained by internal field tension rather than hard coded rules. I didn't program any velocity increase the geometry itself is generating the motion.

    #Topology
    #Gravity
    #blackholes
    #nonlineardynamics
    #Superfluid #Physics
    #Simulation
    #QuantumPhysics
    #computationalphysics
    #emergence

  7. Scalar fields around black hole binaries in LIGO-Virgo-KAGRA: arxiv.org/abs/2510.17967 -> A new way to spot signs of dark matter: news.mit.edu/2026/new-way-spot - #GravitationalWaves emitted by colliding #BlackHoles may bear imprints of #DarkMatter, which physicists could detect with a new model.

  8. Exploding could explain an mystery
    Black holes would have formed from fluctuations in density of early universe, with masses around 1000kg. These relatively small black holes would have lived and died within early-universe slurry called quark-gluon plasma, phase of matter that existed before protons and neutrons formed. They would have spewed out energetic particles — — thereby heating their surroundings.
    sciencenews.org/article/explod
    archive.ph/wexIa

  9. Exploding #blackholes could explain an #antimatter mystery
    Black holes would have formed from fluctuations in density of early universe, with masses around 1000kg. These relatively small black holes would have lived and died within early-universe slurry called quark-gluon plasma, phase of matter that existed before protons and neutrons formed. They would have spewed out energetic particles — #HawkingRadiation — thereby heating their surroundings.
    sciencenews.org/article/explod
    archive.ph/wexIa

  10. #BlackHoles These results suggest information may relate to surface rather than volume, inspiring the holographic principle. #Physics

  11. Scientists develop method to detect sound from black hole mergers

    📰 Original title: We now know what black holes sound like when they collide. Well, sort of...

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary: en.killbait.com/scientists-dev

    #astronomy #blackholes #gravitationalwaves #astrophysics

  12. #BlackHoles Black hole thermodynamics introduces entropy associated with the horizon, expanding our understanding of disorder and information. #Physics

  13. #BlackHoles This implies that in their final stages, black holes could release large amounts of energy in a short time. #Physics

  14. #BlackHoles A black hole’s temperature is inversely proportional to its mass, meaning smaller ones radiate more intensely. #Physics

  15. #BlackHoles Hawking radiation links gravity, thermodynamics and quantum theory, showing these pillars of physics cannot be understood in isolation. #Physics

  16. #BlackHoles Black hole evaporation is extremely slow for massive ones, but over cosmic timescales it can completely change their fate. #Physics

  17. #BlackHoles The idea that empty space is not truly empty is essential to explain why black holes can emit radiation through quantum fluctuations. #Physics

  18. #BlackHoles Some models suggest information is encoded on the horizon, turning its surface into a dynamic record of everything absorbed. #Physics

  19. #BlackHoles Modern physics tries to resolve the tension between apparent information loss and quantum laws that require information to be preserved. #Physics

  20. #BlackHoles The information paradox raises a key question: if a black hole evaporates, what happens to the information of everything that fell into it? #Physics

  21. #BlackHoles The event horizon defines a fundamental boundary beyond which no signal can return, reshaping our understanding of causality in the universe. #Physics

  22. #BlackHoles Hawking radiation suggests black holes are not eternal but lose mass over time, opening the possibility that even these extreme objects have a finite life cycle. #Physics

  23. Also, falls jemand in die Verlegenheit kommt, neu entdeckte schwarze Löcher zu bennen und es soll ein echter Name werden und kein Code, dann schlage ich mal Azathoth vor. #SchwarzeLöcher #BlackHoles #Sience #Fiction

  24. Also, falls jemand in die Verlegenheit kommt, neu entdeckte schwarze Löcher zu benennen und es soll ein echter Name werden und kein Code, dann schlage ich mal Azathoth vor. #SchwarzeLöcher #BlackHoles #Sience #Fiction

  25. Also, falls jemand in die Verlegenheit kommt, neu entdeckte schwarze Löcher zu bennen und es soll ein echter Name werden und kein Code, dann schlage ich mal Azathoth vor. #SchwarzeLöcher #BlackHoles #Sience #Fiction

  26. Also, falls jemand in die Verlegenheit kommt, neu entdeckte schwarze Löcher zu benennen und es soll ein echter Name werden und kein Code, dann schlage ich mal Azathoth vor. #SchwarzeLöcher #BlackHoles #Sience #Fiction

  27. Also, falls jemand in die Verlegenheit kommt, neu entdeckte schwarze Löcher zu bennen und es soll ein echter Name werden und kein Code, dann schlage ich mal Azathoth vor. #SchwarzeLöcher #BlackHoles #Sience #Fiction

  28. #BlackHoles Although black holes seem dark and silent, quantum physics predicts they emit faint radiation, revealing that the vacuum is full of fluctuations that challenge our classical intuition about emptiness. #Physics