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This work aims to reinterpret time as a relational and emergent property derived from coherence dynamics in a toroidal framework.

March 26, 2026Open Access

The Geometry of Time: Relational Emergence from Toroidal Hypercoherence

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This work proposes a new interpretation of time as an emergent property influenced by coherence in physical systems, suggesting novel implications.

This work aims to reinterpret time as a relational and emergent property derived from coherence dynamics in a toroidal framework.
Developed a theoretical framework involving Toroidal Hypercoherence (ToE-2PS).
Established a geometric interpretation of coherence defined over a toroidal manifold.
Introduced the Sophia Factor for coherence-driven deformation of temporal structure.
Derived a minimal dynamical equation linking coherence to matter distribution.
Presented temporal flow as a result of coherence dynamics rather than an independent constant.
Identified potential observational signatures across domains like gravitational and quantum systems.
Highlighted the role of coherence as an organizing field influencing physical behavior.

Eduardo Parra (2026) studied this question.

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This work proposes a new interpretation of time as an emergent property influenced by coherence in physical systems, suggesting novel implications.