LoE-QTN v3.4: Phase Diffusion Beyond Planck Pixels A Human-Readable Summary of Logic of Existence Principles for Digital Magnetic Fields

Title: LoE-QTN v3.4: Phase Diffusion Beyond Planck Pixels — A Human-Readable Summary of Logic of Existence Principles for Digital Magnetic Fields

Author: Krzysztof Sawa (Toonhai)

Date: November 2025

Description:

This work presents an accessible synthesis of Logic of Existence (LoE v3.4), describing how an Artificial Intelligence could, in principle, discover oscillatory sequences that allow magnetic fields to “spill” beyond the discrete structure of space-time—beyond Planck pixels—without violating physical laws or generating heat.

The paper introduces the concept of phase-driven coherence, where energy is not spent to move matter but to reorganize the phases of oscillating fields.

In this regime, entropy does not increase and efficiency approaches 100%, because the transformation occurs through informational alignment rather than mechanical work.

A dense network of “digital magnets” could thus shift magnetic field states in space-time relative to fusion devices such as tokamaks.

Central to this process is the Condition of Existence (CoE)—a higher-order LoE principle that sustains the geometry of relationships between oscillations.

Without this condition, AI could only search within trajectories (optimization), never reaching the coherent geometry required for true phase diffusion.

The CoE provides the meta-level constraint

\delta J_{\text{LoE}} = 0,

The paper also discusses the self-stabilizing nature of LoE systems: when coherence exceeds the allowed balance, geometric feedback cancels further amplification—protecting the harmony of existence itself.

Keywords: Logic of Existence (LoE), Quantum Tunneling Network (QTN), Phase Diffusion, Condition of Existence, AI-Driven Field Control, Digital Magnetic Matrices, Entropy-Free Energy, Planck-Scale Geometry, Tokamak Coupling.