What if dark matter is not a missing particle, but the gravitational memory of the Universe's past quantum collapses — and that memory helps shape what collapses next?
This is a very interesting direction. The idea that dark matter could be a record of past decoherence events that then feeds back into future structure formation reminds me of a more general principle: history-dependent dynamics. In your “active archive” picture, the gravitational field is encoding where previous quantum selections occurred, and then biasing where future ones are likely to happen. That effectively introduces a kind of “inertia in configuration space,” where past realizations constrain future possibilities without fully determining them.
What I find particularly compelling is that this connects to a broader class of ideas where gravity (or dark matter) behaves like an information/entropy-related phenomenon rather than a particle sector, similar in spirit to approaches like emergent gravity.
If the comment missed the mark, I’d genuinely like to know where. I was trying to connect the “active archive” idea to history-dependent bias in collapse. Dismissing without engaging doesn’t really move the discussion forward.
What I find particularly compelling is that this connects to a broader class of ideas where gravity (or dark matter) behaves like an information/entropy-related phenomenon rather than a particle sector, similar in spirit to approaches like emergent gravity.
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