QSOL-IMC: Unified Field Framework — Resonance as Embodied Physics

🧾 Release Notes — QSOL-IMC: Unified Field Framework v1.1.0

Version: v1.1.0
Title: Resonance as Embodied Physics

✨ Highlights

Added φ = π / 2 Tensor Phase Cube
Deterministic NumPy-based simulation of tensor-phase resonance and self-dual harmonic evolution.
Implements φ-lock symmetry, enabling computational representation of resonance invariance.

Documentation Enhancements
Added docs/tensor_phase_appendix.md — a mathematical supplement describing the φ-locked tensor lattice and Fourier coupling geometry.

Repository Updates

Updated README.md with correct Zenodo DOI (10.5281/zenodo.17520186)

Linked new appendix in “📘 Related Documentation”

Synchronized all references with QSOL-IMC citation style and license headers

🧠 Conceptual Summary

This release formalizes the QAI-UFT framework as an executable theory of resonance.
The φ = π / 2 tensor lattice functions as a self-dual harmonic field, aligning numerical invariance with perceptual symmetry — extending the QSOL principle:

“Information is Geometry. Geometry is Sound. Sound is Proof.”

🧩 Technical Notes

Deterministic seeded NumPy simulation (tensor_phase_cube.py)

φ-locked temporal evolution across (x, ψ, τ) lattice axes

Self-dual phase enforcement via complex conjugation

Ready for sonification via QDSP pipeline

🧾 Citation

Slade, T. (2025). QSOL-IMC: Unified Field Framework — Resonance as Embodied Physics (v1.1.0).
Zenodo. https://doi.org/10.5281/zenodo.17520186

QSOL Unified Field Framework

First public release of the QSOL Unified Field Framework.
Includes sexagesimal, trinary, and codon mapping modules,
microtonal tuning utilities, and complete Zenodo/QAInN integration.

DOI: 10.5281/zenodo.17520187
License: CC BY 4.0
Motto: Small is Beautiful. Fast is Holy. Transparent by Design.