QuantoniumOS: A Hybrid Computational Framework for Quantum & Resonance Simulation (https://github.com/mandcony/quantoniumos)
QuantoniumOS: A Hybrid Computational Framework for Quantum & Resonance Simulation (https://github.com/mandcony/quantoniumos)
QuantoniumOS is a deterministic operating system built on symbolic waveform logic, marking a radical departure from probabilistic inference and black-box neural models. It encodes logic into frequency-stable waveform signatures using a Resonance Fourier Transform (RFT) engine enabling fully transparent, reproducible symbolic execution. Key innovations: Symbolic XOR logic for post-quantum encryption Hybrid entropy generation and waveform hashing Topological geometric data storage Native bridge to browser and Python runtimes No neural nets, no hallucinations 100% human-auditable logic This version (v12) reflects the final enhanced IEEE-style whitepaper and links to the fully open source codebase, serving as a foundation for reproducible symbolic computing.
Contact: luisminier79@gmail.com This document supports U.S. Patent Application No. 19/169,399, titled“A Hybrid Computational Framework for Quantum and Resonance Simulation.” The source code and research framework are open source and timestamped via:🔗 GitHub Repository: https://github.com/mandcony/quantoniumos
Resonance Logic, Hybrid Computing, cybersecurity, Quantum Simulation, Geometric Data Storage, Post-Quantum Cryptography, Symbolic Encryption, resonance Fourier, Topological Computing, Symbolic Computing, symbolic resonance, Nonbinary Systems
Resonance Logic, Hybrid Computing, cybersecurity, Quantum Simulation, Geometric Data Storage, Post-Quantum Cryptography, Symbolic Encryption, resonance Fourier, Topological Computing, Symbolic Computing, symbolic resonance, Nonbinary Systems
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