Leonardo Susskind mini lecture on Quantum Entanglement of Black Holes

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  • čas přidán 29. 04. 2017
  • Mini lecture by Leonard Susskind on Quantum Entanglement and complexity conducted on Monday, November 7, 2016.
  • Věda a technologie

Komentáře • 34

  • @ExiledGypsy
    @ExiledGypsy Před 3 lety +3

    Amazing that entanglement is getting us to a kind of quantum field of gravity.

  • @TGMResearch
    @TGMResearch Před rokem +1

    This is nice mini lecture on why Kip Thorne advised Interstellar.

  • @doodlepadhi9103
    @doodlepadhi9103 Před 3 lety +2

    You are the "Da Vinci" of our time

  • @coastwalker101
    @coastwalker101 Před 7 lety +2

    Great! There have been no lectures on black holes for months. The stretching bridge preserving locality idea is new to me.

  • @charleslong5373
    @charleslong5373 Před 4 lety +2

    Quantum electrodynamics predicts that even in an evacuated room there might be spontaneous pair production, electron, positron. They would immediately annihilate, the gamma ray so produced would propagate and initiate another pair production.

  • @anthonyleonard
    @anthonyleonard Před 7 lety +11

    Thank you for posting this. While watching, I pondered the question "Aren't all particles in the universe entangled since they were close together before the big bang?"

    • @WildAnimalChannel
      @WildAnimalChannel Před 6 lety

      Probably, but without knowing which particles are entangled with which other particles that information would be useless I guess.

    • @PauloConstantino167
      @PauloConstantino167 Před 6 lety

      YEA YEA. GOOD POINT GENIUS.

    • @pauldavidhaynes8243
      @pauldavidhaynes8243 Před 6 lety +2

      Yes but you can have degrees of entanglement (multi partite). What Prof Susskind is talking about is maximally entangled particles (Bell Pairs). But yes interesting point to think about space is all connected in some ways. Quantum gravity will be cracked in the next 10years no doubt from this idea. How else could space be structured. Glad Einstein cracked it without him even knowing it, he laid the clues.

    • @gerardomoscatelli8584
      @gerardomoscatelli8584 Před 4 lety

      The same way twin brothers are entangled and look alike or act in similar ways. Is there a spooky at a distance between two twin brothers when they act the same way in distant locations? No. Is quantum entanglement really entanglement or can this be explained by hidden local variables (like DNA in the case of the twin brothers)?

    • @aurelienyonrac
      @aurelienyonrac Před 3 lety

      @Heikki Qvist true.

  • @jonmishqigong3391
    @jonmishqigong3391 Před 5 lety +1

    Q2: if the black hole particle is squeezed down in size, does the other particle - the one not in the black hole - expand?

  • @mistypuffs
    @mistypuffs Před 2 lety +1

    Very interesting

  • @jonmishqigong3391
    @jonmishqigong3391 Před 5 lety +2

    If one entangled particle goes into a black hole and the other entangled particle does not, are they still entangled? Jonathan

  • @Lok783
    @Lok783 Před 4 lety +3

    Micro worm holes between entangled particals

  • @radhakrishna1845
    @radhakrishna1845 Před 5 lety +2

    To understand the nature of physical reality we need to go beyond Cartesian, euclidean space time

  • @WaterMan-ss6eb
    @WaterMan-ss6eb Před 6 lety

    It seems reasonable that particles are entangled since the Big Bang would require unless the density was so great that this position would require loss of spin and perhaps leave everything as a wave vs a particle.

  • @aurelienyonrac
    @aurelienyonrac Před 3 lety +1

    It turns out space time is empty of objects. The univers is just space time bending around a singularity.
    I say this, I say nothing.

  • @Achrononmaster
    @Achrononmaster Před 3 lety

    @4:00 this is highly misleading. It is only on the D-1 dimensional holographic boundary CFT that "space" is "held together" by entanglement --- that is a consequence of dropping down one dimension. In the D-dimensional gravity bulk it is all ordinary spacetime of general relativity or string theory, which is a continuum manifold at least down to the Planck scale, so it is not "held together" by any "glue". In the gravity bulk, spacetime itself is the glue, and entanglement is wormhole bridges. It's only if you think the boundary dual is in some sense more fundamental that you need to think of entanglement as a glue.... and you don't... you don't need to think of the boundary CFT as more fundamental. In any case, gauge/gravity duality is only precise for AdS spacetimes, so it's not _our_ universe you need the glue for. Here's an (imperfect) analogy: if I paint the end tips of the spines of a porcupine photo-luminescent and turn off the visible RGB lighting I see weird entanglement between spines which seem to glue my porcupine theory together. I can choose to fool myself into thinking the spine ends are the only real physics, and then I'd say the spine entanglement is my spacetime glue.

  • @JAYDUBYAH29
    @JAYDUBYAH29 Před 4 lety +1

    Leonardo?

  • @Nehmo
    @Nehmo Před 7 lety +1

    He didn't offer any proof or evidence about, for example, 3:15 that empty space is entangled or that rupturing the entanglement would separate this emptiness, but if Leonard Susskind says it, by reason of authority, I agree.

    • @still2weirdfoU
      @still2weirdfoU Před 4 lety

      Many Worlds hypothesis tries to explain this. I’m just a hobbyist but the word I tend to hear is that systems branch or evolve through “time”, similar to a fractal tree? leaving 10^144 (I believe the term “shitload” is acceptable) “copies” behind every second. Of course we can’t test this yet, and I have no more credibility than anyone else.
      PBS Spacetime has a good unbiased video that goes more in depth without melting your head with math. Sean Carrol is ok to listen to about it, but he seems more biased in his approach.

  • @davidwilkie9551
    @davidwilkie9551 Před 6 lety

    The bridge is equivalent to a quantum jump. (Leaving out all the modulation-connection details as requested)
    _____
    QM-TIME connection analysis, if the 1-0D superposition-symmetry by infinite-eternal reflection is the quantum-potential operator, is a structured "chord" of Quantum Fields that form the particular arrangement of spacetime-entertainments.., that also correspond to the "One Electron",(=unitary-universe) theory.
    The above example demonstrates a specific relationship, but the circles would correspond to the superimposed quantum bubbles of spinfoam, pseudo random connection. (Repetition of a concept in as many formats as are relevant to the evidence as possible, is the perceived technique for learning empirically and intuitively)

  • @kn9ioutom
    @kn9ioutom Před 7 lety +1

    EMPTY SPACE IS NOT EMPTY ???

    • @klasicar995
      @klasicar995 Před 7 lety +2

      Joe Weis empty space is full of fields

    • @still2weirdfoU
      @still2weirdfoU Před 4 lety

      Space as we perceive it is the duality and emerges from entanglement. You are a quantum lense projecting that space because it makes it easier to find food and masturbate. Just clean up your gluons when you’re done.

  • @Keisuki
    @Keisuki Před rokem

    Hehehehehehehehe
    Sus

  • @jimjackson4256
    @jimjackson4256 Před 3 lety

    Someday this will be the basis for a theory of karma.Gravitation is the medium through which karma is computed.

  • @qualquan
    @qualquan Před 5 lety

    poor discussion
    of entanglement