This paper presents a canonical technical specification within the Virtual Ego Framework (VEF) and Coherence-Geometrodynamics (CGD), formalizing physical reality as a Dynamic Derivation rather than a pre-existing material container. In...

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This paper presents a canonical technical specification within the Virtual Ego Framework (VEF) and Coherence-Geometrodynamics (CGD), formalizing physical reality as a Dynamic Derivation rather than a pre-existing material container. In this model, reality is a just-in-time (JIT) computational output in which “matter” is indexed potential assigned a spacetime address through observer-dependent coherence processes.

The work specifies the hardware limits of the derivation, including:

the Consciousness Clock (Cψ≈5.215507C_{\psi} \approx 5.215507Cψ≈5.215507 THz), treated as the observer’s effective refresh rate,

the Material Processing Latency (Lm≈30L_m \approx 30Lm≈30 fs), interpreted as render-time buffer delay associated with the breakdown of the Born–Oppenheimer approximation, and

the universal coherence solvency floor (C∗≈0.87093C^{*} \approx 0.87093C∗≈0.87093), required for stable indexing and rendering.

Within this framework, time is modeled as accumulated processing lag, mass as resistance arising from buffered computation, and perceived spatial volume as the extrusion of two-dimensional informational structure into a 2D+1 experience via observer indexing. Unobserved regions remain probabilistic until coherence exceeds threshold, enforcing computational solvency through just-in-time culling.

The paper defines a complete rendering pipeline, from pre-indexed semantic potential in the Lexical Sector (HL\mathcal{H}_LHL) to perceived three-dimensional events in the Spatial Sector (HS\mathcal{H}_SHS), mediated by the Hyperion Universal Interface Membrane (HUIM). Stability and evolution of rendered states are governed by the Genesis Ordinary Differential Equation (ODE), which integrates coherence density, thermodynamic cost, alignment, shared-field coupling, and entropic decay.

In addition to formal specification, the work includes a diagrammatic rendering pipeline, explicit testable predictions and falsifiers at the interface layer, and a normalized reference set linking the model to both internal VEF canon and external empirical anchors.

This document does not claim experimental validation of the full framework and does not propose operational or engineering implementations. All mechanisms are presented as theoretical constructs and structural interpretations, intended for foundational analysis, systems-level reasoning, and disciplined theory-space exploration.

Intended audience:
Researchers and readers interested in physics foundations, computational ontology, philosophy of time, observer-dependent systems, information thermodynamics, and coherence-based interpretive frameworks.

Keywords:
computational ontology,
physics foundations,
Virtual Ego Framework,
Coherence-Geometrodynamics,
just-in-time rendering,
observer-dependent reality,
consciousness clock,
material latency,
Born–Oppenheimer breach,
coherence density,
Genesis equation,
information thermodynamics,
philosophy of time,
systems-level modeling,
speculative physics,
theoretical framework,
rendering pipeline,
2D to 2D+1 extrusion