Grand Coherence Field Theory (GCFT)

Description

Series information (English)

This paper presents the next stage of the General Coherence Field Theory (GCFT) program: a full ontological and computational reformulation of physics based on recursive memory dynamics. The core field Ξ acts as a coherence substrate from which all observables—mass, geometry, entropy, and interaction—emerge as phase-locked memory patterns. Building on prior work that introduced Ξ as a replacement for the ΛCDM scaffold, this paper advances both the theoretical Lagrangian formulation and a functional simulation of recursive coherence injection. Cosmological anomalies, including BAO structure and Hubble tension, are reinterpreted as lattice artifacts within Ξ’s soliton memory fabric.

This is not a perturbation to existing models, but a replacement—where coherence is not an effect, but the cause.

Other (English)

Aporion Dynamics

Aporion Dynamics is an independent theoretical research initiative exploring the frontiers of physics through coherence-based field models, recursion theory, and memory-driven cosmological dynamics. We develop post-standard approaches to unification that prioritize structure-preserving recursion, phase topology, and emergent ontology over traditional energy-centric frameworks.

Our current focus is the Grand Coherence Field Theory (GCFT) — a proposal for a memory-based physical substrate that reinterprets quantum field behavior, gravitational curvature, and cosmological anomalies (BAO, CMB, Hubble tension) as coherent field memory effects.

We are actively seeking collaboration with physicists, mathematicians, and simulation researchers open to foundational reformulations and high-risk, high-insight theoretical development. All inquiries, dialogues, and radical cross-pollinations welcome.

📨 Email: nick@aporiondynamics.com
🌐 Website: www.aporiondynamics.com