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There is no dark matter in theories of superfluid quantum gravity.

Dirac later went to Dirac sea. Gödel had already proposed dust solutions, which are fluidic.

PBS Spacetime has a video out now on whether gravity is actually random. I don't know whether it addresses theories of superfluid quantum gravity.

>>> "Gravity as a fluid dynamic phenomenon in a superfluid quantum space. Fluid quantum gravity and relativity." (2015) https://hal.science/hal-01248015/

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>>> PBS Spacetime has a video out now on whether gravity is actually random. I don't know whether it addresses theories of superfluid quantum gravity.

It doesn't, it talks about the possibility of randomness allowing gravity to be classical and not quantum. If my understanding is correct, the gist of it is that certain random fluctuations in gravity would prevent it from contradicting Heisenberg's uncertainty principle when interacting with quantum entities.

What was this issue with this post which supports the premise of the OT?

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