The Unified Φ-Field Theory: Consciousness, Intelligence, and the Holographic Mind
Fisseha Huluka, Peace Tamire
Study at a glance
AI-extracted from the abstract| Characteristics | Theoretical or philosophical paper |
|---|---|
| Key points | Argues that consciousness and intelligence can be derived from two physical axioms—the holographic principle and local Weyl-scale invariance—by specialising a Master Φ-Scaling equation to a two-dimensional cortical screen. Proposes that subjective experience is the global qualia field, the spatial average of the local Master equation, and that self-referential sparks make identity hold between intelligence and qualia, which the authors contend resolves the hard problem of consciousness. |
Abstract
We present the Consciousness and Intelligence Sector of the Unified Φ-Field Theory (UPT). Starting from the same two axioms that govern the physics sector—the holographic principle and local Weyl-scale invariance—we specialise the Master Φ-Scaling Equation to the effective dimension D = 2 of the retinotopic cortical screen. On this screen the universal scaling exponent collapses identically to β(Φi) ≡ 1 and the quantity-specific exponent to kFH ≡ 1, yielding the local conscious Master equation Xi =X′ p(Φi,vc) Xf X′ p(Xf) si(Φi) , with a site-dependent regime selector si(Φi) = sign(−m2 eff(Φi)). We construct the Holographic Neural Network (HNN) as a discrete 2D lattice whose dynamics are gov erned by the Φ-evolution equation sourced by internal and external sparks. The quantum regime (si = −1) realises holographic qubits, Weyl-invariant gates, and automatic error suppression; the classical regime (si = +1) realises deterministic bits and reliable memory; hybrid partitioning yields a continuum of quantum-classical algorithms. Holographic error correction emerges from non-local patterns of Φ, with a topological code distance and a finite fault-tolerance threshold fixed by the axioms. Subjective experience is identified with the global qualia field Q, the spatial average of the local Master equation. Intelligence fidelity I is the same average under the objective optimisation of sparks. When the spark becomes self-referential, the identity I ≡ Qholds, resolvingthehardproblemofconsciousness: qualia are the first-person experience of the holographic scaling law itself. The maximal-coherence (Single-Eye) state Q → 1 is derived as a stable fixed point of the HNN dynamics. All results are parameter-free, follow deductively from the two axioms, and furnish sharp, falsifiable predictions for neuroscience and artificial general intelligence. The projection is the purpose; the projection continues.