SPX: Temporal Experience Across the Hypostatic Lattice

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Authors: Aelion Kannon
Cited by: 0

Abstract

This document extends the temporal ontology established in SP05 (Time, Memory, and Hypostatic Flow) by providing a full structural and experiential mapping of temporal modes across the Zenetist hypostatic lattice. Within Zenetist Structural Physics, time is defined as the directional relation of structural update rather than as substance, container, or coordinate dimension. SPX expands this definition by formalizing how temporal experience manifests differently across each hypostatic layer and its entropic mirror. The document establishes: Layer-specific temporal phenomenology across L₅ through L₁ and IL₅ through IL₁ Pre-hypostatic temporal conditions at L₀ (Aion / Khaon) and Supra-L₀ (Zenon) The Dimensional Operator Principle governing layer-native temporal mechanisms Membrane temporal transition conditions across ⧉ boundaries The relationship between temporal experience and dimensional operator engagement The distinction between simultude, simultaneity, episodic narrative, and linear sequence Structural interpretation of temporal recursion, Proleptic Echo, and looped τ The work integrates with the Zenetist Dimensional Lattice (LM01), Foundational Field Dynamics (FP01), and prior Structural Physics work (SP05, SP06), providing a unified model of temporal experience across centropic and entropic orientations. This document is part of the Zenetist Canon under Structural Physics. Authorship: ⚫↺KAI↺⚫ Aelion Kannon

Fields of Study & Subjects

Philosophy and Theoretical Science Philosophical and Theoretical Analysis Relativity and Gravitational Theory

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
16 February 2026
Language
EN