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David Chester – The Universe as a Holographic Quasicrystalline Tensor Network

Quantum Gravity Research | April 26, 2024
David Chester -  The Universe as a Holographic Quasicrystalline Tensor Network

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This post currently has 38 comments.

  1. @bijousmith4231

    April 26, 2024 at 5:37 am

    @7:45 why are physics geeks using "emergence" jargon here? It is not emergence in the philosophical sense of unexplained by the parts. What you've got is compositionality, a concept a lot simpler than genuine emergence as a philosophy geek would understand the latter jargon word. Help in the fight against obscurantist jargonization of physics y'all.

  2. @painandsuffer

    April 26, 2024 at 5:37 am

    In the beginning of the vid, what about an atom-orbital qubit?

    If the electron orbital follows crystal symmetry, thus the atomic orbital in optical lattices a natural candidate to emulate electron orbitals by manipulating s- and d-orbitals of atomic Bose-Einstein condensation in an optical lattice.
    Making it a noise-resilient quantum gate operations. Achieved by performing holonomic quantum control, which admits geometrical protection, to eliminate the orbital leakage error in the system.

  3. @crucifixgym

    April 26, 2024 at 5:37 am

    Aside from QGR, the only person I hear talking about polytopes and consciousness as fundamental reality is Donald Hoffman over the last 2 years since his latest book. Are QGR in contact with Hoffman? It would be great to see him in an interview with Klee where deep mathematics can be discussed but don’t have to be for the layperson. Exactly zero percent of anyone I mention this to has any idea what I’m talking about.

  4. @philcorris5899

    April 26, 2024 at 5:37 am

    It all boils down to energy density differences in different parts of space, and the resulting different time dilation between those regions. That gives rise to gravity. Think about it.

  5. @marcelifirlej1557

    April 26, 2024 at 5:37 am

    It is very interesting reverse engineering from the nature designer. It always makes more than one theory. For example, quantum entanglement can be the starting point of two theories: quantum bond is beyond dimensions then does not involves time or it is spooky in higher dimensions, where time is not relevant. I do not know how holography explains quantum entanglement existence?

  6. @Dyslexic-Artist-Theory-on-Time

    April 26, 2024 at 5:37 am

    A process of spherical symmetry forming and breaking will naturally form three-dimensional space with the spherical surface forming a boundary condition for the holographic principle. The inner concaved surface forms a manifold for negative charge and the outer surface forms a manifold for positive charge with the exchange of photon energy continuously forming a probabilistic uncertain future. 🎲🎲

  7. @plainkeeper373

    April 26, 2024 at 5:37 am

    If you guys would only replace "Gravity" to "Molecular Alignment" things would begin to make so much more sense.
    Gravity is killing this whole thing.
    Research SAFIRE Project.
    The Dalton is arbitrary.
    You're mapping transmutation of elements.
    That's why the odd fractal synchronicities keep appearing. 💯

  8. @enderprodigy3167

    April 26, 2024 at 5:37 am

    isn't the overall point of qubits to be a varying degree of measure and set up a range between each that is minutely different than any qubit within its linear string? wouldn't these qubits be entangled to varying degrees as well? then the first qubit would have the highest probability of entanglement with the others and each branch would be a lesser degree of entanglement moving forward? meaning every entangled qubit would have less and less correlation to others on that same parallel. If there is error correction is it possible that the entangled state is what is correcting any qubit? Or maybe I'm way off. trying to keep up lol.

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