The Topological Engine of Emergence
Year: 2025
Type: article
Abstract: Topology is traditionally viewed as static and secondary to geometry. In this post we propose a novel frameworj where toppological trabsfirmation occues through asymmtry. We propose that these topo;ogical transformations create the seed for later emergent strcture through recursion described in DOC 1a. We present a topological pathway from symmetry to structure: a recursive transformation sequence beginning with the unit circle S1S^1S1, proceeding through the Möbius strip, the 2-sphere S2S^2S2, and culminating in twisted fiber bundles. Thus the twisted 2 sphere is the topological space from which minimal generative recursion can opccur. We interpret each step through the lens of the Dynamic Oscillatory Coherence (DOC) model, where the topology of space is not static but emergent, driven by recursive feedback and phase-misaligned coherence. We argue that this evolution encodes the transition from potential to geometry and from geometry to physical law.
Author: Thavarajah, Rogan
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930697405
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