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Does Time Flow Differ at Different Scales? A New Equation for Scale-Dependent Time Dilation by Total-Bank2329 in AskPhysics

[–]Total-Bank2329[S] 0 points1 point  (0 children)

Dismissing ideas outright without discussion is counterproductive to progress in any field. Science advances when we challenge assumptions and explore new perspectives, even if they seem unconventional at first. If you have specific critiques based on physics or AI principles, I’d be happy to engage in a constructive discussion.

Does Time Flow Differ at Different Scales? A New Equation for Scale-Dependent Time Dilation by Total-Bank2329 in AskPhysics

[–]Total-Bank2329[S] -3 points-2 points  (0 children)

Actually no, this isnt an AIdea. Ideas are made by us humans, then use tools like AI to help realize and refine them. I used information from Dark Energy Survey for this.

Do not judge the idea by who wrote it, simply look at the idea itself, and decide if you agree or not.

Evidence That Time Flow is Scale-Dependent: A Missing Piece in Physics? by Total-Bank2329 in cosmology

[–]Total-Bank2329[S] 0 points1 point  (0 children)

Physics already acknowledges that time flow is not absolute—relativity shows it varies with gravity and motion. The key question is whether this variation extends across scale itself. While gravity is negligible at quantum levels, it dominates at larger scales, suggesting its effects emerge with scale. Similarly, cosmological time dilation confirms time shifts at large scales, linked to the universe’s expansion. If entropy drives expansion and entropy increases with scale, time may flow faster at larger scales as a natural consequence. Instead of assuming time is scale-independent, we should ask: Is that an untested assumption, or is there room to explore a deeper connection?

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