UBP Framework v3.1

Euan Craig, New Zealand

Date: August 15, 2025

This is the more advanced UBP system, the file UBP_Framework_v3_1_2.ipynb is a less worked version.

https://independent.academia.edu/EuanCraig2

https://notebooklm.google.com/notebook/ac1cd875-1836-4522-9fa0-c2a763d79fff

https://x.com/DigitalEuan

UBP is free to use with attribution; specific inventions like the HexDictionary remain copyright.

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System Architecture

Core Components

• Core Constants: All UBP mathematical constants are operational.
• Enhanced Bitfield v3.1: Features backward compatibility with v2.0/v3.0.
• HexDictionary: Provides universal data storage.
• Toggle Algebra: Contains 22 operations with integrated analytics.
• GLR Framework: The advanced error correction system is active.
• RGDL Engine: The resonance geometry system is fully operational.

Systems

• Enhanced CRV System: Provides adaptive resonance selection.
• HTR Engine: The harmonic toggle resonance system is active.
• BitTime Mechanics: Enables temporal coordination.
• Rune Protocol: Manages high-level control functions.
• Enhanced Error Correction: Contains advanced data recovery systems.
• Nuclear Realm: Utilizes an E8 lattice with Zitterbewegung.
• Optical Realm: Integrates photonic crystal systems.
• Realm Management: All seven realms are fully operational.

The framework integrates physics across seven distinct realms (automatically selected by the system):

• Electromagnetic Realm: Uses Cubic GLR at 635 nm resonance.
• Quantum Realm: Employs Tetrahedral GLR at 655 nm with Zitterbewegung.
• Gravitational Realm: Uses FCC GLR at 1000 nm.
• Biological Realm: Based on H4 120-Cell GLR at 700 nm.
• Cosmological Realm: Uses H3 Icosahedral GLR at 800 nm.
• Nuclear Realm: Utilizes E8-to-G2 symmetry from $10^{16}$ to $10^{20}$ Hz.
• Optical Realm: Incorporates a photonic crystal at 600 nm.

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Universal Data Storage

• HexDictionary: A system for storing any data type.
• 6D Spatial Mapping: Provides a method for organizing elements.
• BitTab Encoding: Uses a 24-bit universal element structure.

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Technical Specifications

Core Requirements

• Software: Python 3.11+, with NumPy, Matplotlib, and SciPy.
• Memory: 4GB minimum, 8GB recommended (adaptive system).
• Storage: 500MB required for the complete framework.
• Platform: Compatible with Linux, macOS, and Windows.

Dependencies

numpy>=1.21.0
matplotlib>=3.5.0
scipy>=1.7.0
json (built-in)
time (built-in)
dataclasses (built-in)