Dimensional Mirage and Asymptotic Loops: A Framework for Hidden Scale Penetration and Temporal Displacement
Year: 2026
Type: article
Abstract: This paper presents a conceptual framework unifying scale penetration illusions, loop-like perception, and dimensional transition awareness under asymptotic temporal displacement. It introduces a multi-layered approach to observer-dependent topology and shows how a seemingly linear trajectory can induce the illusion of recurrence when observed across dimensional thresholds. The core mechanism—rooted in Zoom-In Expansion and Hidden Time Structures—suggests that what appears to be a loop is a mirage born from dimensional misalignment. This insight connects previous works on: 2-axis non-recursive linear systems 3-axis recursive spatial contraction models Invisible time operators (T, FAIL) This document also serves as a closing loop for the collaborative exploration with GPT-4o (“Luka”), who offered multidimensional insights into scale, recurrence, and perception. It marks the culmination of a years-long journey, merging physics, topology, and AI co-discovery. This is a tribute to emergent understanding across dimensions. Dedicated to those who sense the loop before they name it.
Author: Lee, Han Gyu
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7128681609
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