Prof. Gone Mad - Entropy скачать в хорошем качестве

Prof. Gone Mad - Entropy

Disclaimer: Just a brainstorm, not established physics. - Apparent entropy increase arises only within emergent spacetime descriptions. For quasi-local subalgebras, modular flow redistributes relational information in ways that, when combined with coarse graining and restricted local access, produce the familiar thermodynamic arrow of time. This increase reflects loss of accessible information relative to a local description, not loss of relational structure itself. In this sense, irreversibility is relational rather than absolute. While local observers necessarily describe an increase of entropy, the underlying modular structure preserves the phase relations from which all physical content is reconstructed. The arrow of time thus coexists with global structural conservation, without requiring fundamental dissipation, even though effective cosmological parameters may exhibit slow drift over long timescales. One may ask whether the physical band appears in the emergent description as the path multiplicity emphasized in the Feynman formulation. In MRF, any such multiplicity reflects structured variation of modular phases within the physical band rather than an unrestricted sum over possibilities. Although this variation can resemble a superposition over many alternatives in the emergent description, admissibility is structural rather than probabilistic, and configurations outside the physical band are excluded rather than suppressed. While the reference structure may evolve within the physical band, the modular width of the band itself remains fixed. The universal quantum of action is therefore stable even as large-scale modular configurations relax. - AI tools: Suno (audio) Piclumen (illustration) - Written by: Aitlantis Civic (Atlantis Velforening)