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| Format: | Recurso digital |
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Zenodo
2026
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| Online Access: | https://doi.org/10.5281/zenodo.19521157 |
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Table of Contents:
- <div>This paper presents an integrated PAC–µ 8 account of the passage from process-structured</div> <div>reality to the familiar world of classical objects. The central thesis is that objecthood is not</div> <div>primitive ontology. Rather, the world is first process-structured, quanta are then formed</div> <div>as minimal certifiable discrete spectral packets under finite protocols, particle-like mani</div> <div>festations arise as localized certified events, and classical objects emerge as audit-stable</div> <div>coarse-grained bundles of repeated events. Within this architecture, quantization is inter</div> <div>preted not as direct evidence that the world is fundamentally composed of tiny objects, but</div> <div>as protocol-induced discreteness of stable spectral structure. Wave behavior is interpreted</div> <div>as the generative form of a quantum packet, while particle behavior is interpreted as its</div> <div>localized event appearance. Measurement is reformulated as compression plus audit rather</div> <div>than as passive revelation of a pre-existing microscopic object with fully classical deter</div> <div>minate properties. Entanglement is interpreted as non-factorizable certified structure, and</div> <div>the cosmic noise floor is interpreted as residual uncertified spectrum complementary to the</div> <div>emergence of certifiable packets and persistent objecthood. The result is a unified PAC–µ 8</div> <div>ontology in which the chain from world-process to object is articulated through boundary</div> <div>access, finite recording, compression, certification, persistence, and coarse graining</div>