Physical conservation laws and interactions do not propagate instantly; rather, theories of modern physics and non-Markovian dynamics demonstrate that signals, closures, and responses operate with finite latency or temporal memory.
Evidence against · 2
A Discrete Informational Framework for Classical Gravity: Ledger Foundations and Galaxy Rotation Curve Constraints.
2026 · cited by 0
Paper [6] models gravity in the quasi-static regime with finite equilibration and fractional memory, showing that discrete ledger closures yield non-instantaneous response kernels rather than instantaneous propagation.
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More against · 1
A Philosophical Analysis of Non-Markovian Collapse Models.
2026 · cited by 0
Paper [10] discusses non-Markovian collapse models featuring colored noise, which introduce temporal non-locality and depart from strictly instantaneous or purely memoryless local physical dynamics.