The Hard Problem of Conservation examines why conservation laws exist and whether they are absolute or context-dependent. While physics treats conservation as fundamental, this problem asks whether conservation emerges from deeper symmetries, probabilistic structures, or multiversal bookkeeping. It also questions how conservation operates across universe boundaries, dimensional layers, or extraphysical domains. If energy, information, or causality can move between realities, the problem becomes whether conservation is local, global, or merely an approximation within limited physical frames of reference.
Hard Problem of Conservation — Example
A simulated universe allows information to exit into a higher-dimensional computation layer. Inside the simulation, information appears destroyed, violating conservation. From the outside, information is preserved. The hard problem is determining whether conservation laws are fundamental truths or artifacts of the observer’s dimensional perspective.
A simulated universe allows information to exit into a higher-dimensional computation layer. Inside the simulation, information appears destroyed, violating conservation. From the outside, information is preserved. The hard problem is determining whether conservation laws are fundamental truths or artifacts of the observer’s dimensional perspective.
by AbzuInExile January 24, 2026
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