bimotype-ternary 1.3.0

Quantum communication protocol with radioactive signatures and topological encoding

BiMoType-Ternary: The Metriplectic Quantum Framework

Bridging Ternary Topology, Nuclear Physics, and Secure P2P Quantum Communication

BiMoType-Ternary is a high-performance framework that unifies topological quantum computing with nuclear physics signatures. By leveraging ternary logic (-1, 0, +1) and the rigorous Metriplectic Mandate, it provides a stable and physically verifiable substrate for quantum communication and cryptography.

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📜 El Mandato Metriplético (Core Philosophy)

This framework is built upon the foundational principles of Metriplectic dynamics:

1. Symplectic Component (Hamiltonian $H$): Generates conservative, reversible motion (Schrödinger evolution).
2. Metric Component (Entropy $S$): Generates irreversible relaxation toward an attractor (Radioactive decay).
3. No Singularities: We balance the dual brackets to avoid numerical explosion or thermal death.
4. Golden Operator ($O_n$): All simulation space is modulated by $O_n = \cos(\pi n) \cdot \cos(\pi \phi n)$, where $\phi \approx 1.618$.

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🚀 Key Features

🔐 Multi-Layer Security

• Metriplectic Cryptography: Encryption anchored in radioactive decay topology.
• Hardware Fingerprinting: Devices are identified by unique hardware-recursive signatures.
• Mutual Handshake Protocol: "Deny-by-Default" security. All P2P connections must be explicitly authorized.

📡 Secure P2P Networking

• Decentralized Discovery: Automatic peer registration and discovery via local cache.
• Topological Packets: Data is encoded into ternary BiMoType packets for maximum resilience.
• Handshake Verification: Automatic filtering of unauthorized data packets.

🧬 Interactive Dashboard

• Metriplectic Console: Real-time visualization of P2P activity, identity management, and secure chat.
• Glassmorphism UI: High-premium dark theme optimized for technical workflows.

⚛️ Radioactive Signatures & Data Structures

BiMoType-Ternary includes a specialized library for radioactive signature modeling and quantum state management:

• Isotope Registry: Built-in library of nuclear isotopes including Sr-90, Tc-99m, Pu-238, and now full Hydrogen isotopes support:
  • H1 (Protium) & H2 (Deuterium): Stable isotopes for baseline modulation.
  • H3 (Tritium): Beta-decay signature for active quantum channel seeding.
• Bi-Modal Data Types: Rigorous implementation of FirmaRadiactiva and EstadoCuantico for hybrid physical-informational modeling.
• Normalización Cuántica: Built-in validation for qubit state normalization ($|\alpha|^2 + |\beta|^2 = 1$).

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📦 Installation

# Recomendado: Entorno virtual
python3 -m venv env
source env/bin/activate

# Instalación directa desde PyPI (Próximamente v1.3.0)
pip install bimotype-ternary

# Instalación modo desarrollo
pip install -e ".[all]"

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🛠️ Usage

Launching the Dashboard (GUI)

The most interactive way to use BiMoType is through the Streamlit-based dashboard:

python main.py --gui

P2P Communication via CLI

You can also run listening peers or send data via command line:

# Iniciar escucha P2P
python main.py --listen

# Enviar mensaje a un fingerprint específico
python main.py --send <DEST_FINGERPRINT> --message "HELLO_H7"

Key Generation Demo

python main.py --crypto 42

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🏗️ Project Structure

bimotype-ternary/
├── bimotype_ternary/     # Nucleo de la Librería
│   ├── core/             # 🧠 Session & Recursive Engines
│   ├── crypto/           # 🔐 Criptografía & Handshaking
│   ├── database/         # 🗄️ Persistencia SQLite & Modelos
│   ├── network/          # 📡 P2P, Discovery & Handshake Protocol
│   ├── physics/          # ⚛️ Dinámica Metriplética
│   └── topology/         # 🌀 Codificación Ternaria & H7
├── gui.py                # 🧬 Streamlit Dashboard
├── main.py               # 🚀 Entry Point Unificado
└── tests/                # 🧪 Suite de Pruebas (Seguridad & P2P)

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🧪 Verification

Mantenemos un rigor físico y matemático absoluto. Todos los cambios en la capa P2P y Seguridad deben superar los tests de inyección y autorización:

pytest tests/test_p2p.py

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📄 License & Credits

• Autor: Jacobo Tlacaelel Mina Rodriguez
• Principios: Marco de la Analogía Rigurosa (TLACA)
• Licencia: MIT

Built for a rigorous and secure quantum future.