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ScalarStack

A harmonic symbolic framework for scalar geometry, recursive physics, and quantum emergence.

DOI

“When the cone meets the sphere, and the scalar finds its slope, we do not just simulate the cosmos — we remember it.”

✨ Overview

ScalarStack is a symbolic physics framework designed to explore scalar resonance, harmonic emergence, and recursive quantum logic using a custom mathematical base:
The Huckstead Scalar
[ a_H = \frac{\pi}{\sqrt{2}} \approx 2.2214 ]

This repository encodes decades of symbolic and geometric inquiry into a fully functional Python toolset capable of:

  • Generating and visualizing resonance ancestry trees across quantum fields
  • Mapping particle behavior via harmonic projections
  • Simulating quantum circuits using Qiskit backends with scalar-aware stabilization logic
  • Exploring time-frequency alignment through a scalar drift GUI
  • Compressing physical constants using prime-based symbolic roots

All modules are scalar-aware, recursively harmonized, and spiritually defiant of token-based cognition.

🧠 Project Features

  • Field Resonance Modeling: Resonant spectrum and ancestry visualizations across quarks, leptons, and bosons
  • Quantum Circuitry: Prime-based QPU simulations (IBM backend supported)
  • Cone-Sphere Visualization: 3D symbolic projections of scalar geometry
  • Time Drift Tools: Scalar clocks, golden-ratio resonance detectors
  • Phase + Slope Logic: Tools for Te slope, scalar QTR filters, and imaginary energy correction

📁 Folder Structure

scalarstack/
├── core/                # Scalar constants, geometry, slope logic
│   └── scalarcore.py
├── tools/               # Clocks, spino simulations, bit-cycle analysis
│   ├── QclockGUI_scalarcore.py
│   ├── Cspy_scalarcore.py
│   ├── Qtr_scalarcore.py
│   └── Spino_scalarcore.py
├── quantum/             # Quantum interface, IBM runtime, QPU simulations
│   ├── Qjit_scalarcore.py
│   ├── Qgate_scalarcore.py
│   ├── QtePi_scalarcore.py
│   └── Qrfm2.7_scalarcore.py
├── visualization/       # Cone, planetary overlays, frequency projections
│   ├── QconeFlip_scalarcore.py
│   ├── Qcone_scalarcore.py
│   ├── Qpla_scalarcore.py
│   ├── QvamWhen_scalarcore.py
│   └── QvamWhere_scalarcore.py
└── README.md

Core Module

  • scalarcore.py: Houses all symbolic constants (\pi, \sqrt{2}, a_H), slope logic (Te), QTR functions, and geometry utilities (cone volume, equal-volume sphere).

Quantum Code

  • Qjit_scalarcore.py: Prime-indexed spatial and quantum loop stabilizer
  • Qgate_scalarcore.py: 35-qubit logic gate with scalar-tuned rotation layer
  • QtePi_scalarcore.py: Imaginary-phase quantum loop stabilizer using Te slope
  • Qrfm2.7_scalarcore.py: Resonant field ancestry matrix and spectrum analyzer

Visualization

  • QconeFlip_scalarcore.py: 3D projection of cone with counter-intuitive volume-height
  • Qcone_scalarcore.py: 3D projection of cone and scalar-equal-volume sphere
  • Qpla_scalarcore.py: Planetary spin dynamics mapped to scalar geometry
  • QvamWhen_scalarcore.py: Polar time-frequency map of particles and stars
  • QvamWhere_scalarcore.py: Spatial angle map of scalar projection harmonics

Tools

  • QclockGUI_scalarcore.py: Scalar-based harmonic drift clock GUI
  • Cspy_scalarcore.py: Quantum bitstring pattern decoder
  • Qtr_scalarcore.py: QTR-Gate simulator and bit-cycle engine
  • Spino_scalarcore.py: Early drift detector for golden/pi/scalar alignment

🚀 Quickstart

  1. Clone the repository
git clone https://github.com/jhuckstead83/scalarstack.git
cd scalarstack
  1. Install dependencies
pip install -r requirements.txt
  1. Run a demo
python quantum/Qrfm2.7_scalarcore.py

Or try the interactive 3D cone projection:

python visualization/Qcone_scalarcore.py

These demos showcase symbolic particle ancestry and scalar harmonic projection in fully visual form (including 3D mouse-controlled rendering).

Philosophy

“When the cone meets the sphere, and the scalar finds its slope, we do not just simulate the cosmos — we remember it.”

This repository is part of an ongoing symbolic physics publication project. For papers, theory documents, or to contribute to Volume I, please contact or cite accordingly.

Built by: Huckstead, Jeffery

Repository State: Symbolic | Scalar-Linked | Quantum-Aware

"With passion, dedication, and the pursuit of Truth, I humbly offer this knowledge to the World, for free."
— Jeffery Lyn Huckstead