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Managing time when time doesn't exist

(multiverseemployeehandbook.com)
178 points TMEHpodcast | 2 comments | | HN request time: 0.678s | source
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TMEHpodcast ◴[] No.44373256[source]
OP here. This is a blog post for a science comedy podcast, so the science is accurate but delivered with about 47% more workplace humour than you'd find in Physical Review Letters.

The core premise is based on real, cutting-edge physics research, though it's still an active area of debate.

The Page-Wootters mechanism (proposed in 1983, experimentally validated by Moreva et al. in 2013-2015) does show that time can emerge from quantum entanglement between subsystems. In their experiments, time exists for observers inside entangled quantum systems but not for external observers viewing the whole system.

The Wheeler-DeWitt equation really does lack a time parameter, creating what physicists call the "Problem of Time" in quantum gravity. And there is genuine convergence across string theory, loop quantum gravity, and causal set theory toward "emergent spacetime" models.

However, this doesn't mean time is "fake", it suggests time might be like temperature, which is real and measurable but emerges from more fundamental processes (molecular motion). The research indicates time could emerge from quantum information rather than being a fundamental dimension.

The 2023-2025 research I mentioned (cosmological time dilation measurements, atomic clock advances) is real, though the interpretation that "consciousness creates time" is more speculative than the underlying quantum mechanics. So yes, "emergent time" is a serious scientific hypothesis with experimental support, but science is still figuring out exactly what that means for our understanding of reality.

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1. andsoitis ◴[] No.44374003[source]
> emerges from more fundamental processes

What do you make of Assembly Theory’s reinterpretation of time as a physical property, closely linked to the complexity and history of objects?

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2. TMEHpodcast ◴[] No.44375835[source]
So from what I understand from this theory, a smartphone carries more "temporal weight" than a simple molecule based on its assembly history.

Feels complementary to quantum emergence rather than contradictory. Maybe quantum correlations create the substrate for temporal experience, while assembly complexity determines how much temporal depth objects carry within that framework.

Both treat time as emergent from physical processes rather than fundamental, just at different scales.