https://zenodo.org/records/15836812 his paper presents QuantoniumOS, a complete implementation of a hybrid quantum-resonance computing
architecture that integrates symbolic computing, geometric data storage, and topological cryptography within a
unified operating system environment. Building upon theoretical frameworks in post-quantum cryptography and
symbolic quantum computing, this work demonstrates practical implementation of three core innovations: (1)
Resonance Fourier Transform (RFT) engine with hardware entropy integration, (2) Topological waveform
hashing for post-quantum cryptography with patent-protected geometric algorithms (USPTO #19/169,399), and
(3) Geometric data storage using tetrahedral lattice structures with fault-tolerant nonbinary encoding
https://zenodo.org/records/15836812 his paper presents QuantoniumOS, a complete implementation of a hybrid quantum-resonance computing architecture that integrates symbolic computing, geometric data storage, and topological cryptography within a unified operating system environment. Building upon theoretical frameworks in post-quantum cryptography and symbolic quantum computing, this work demonstrates practical implementation of three core innovations: (1) Resonance Fourier Transform (RFT) engine with hardware entropy integration, (2) Topological waveform hashing for post-quantum cryptography with patent-protected geometric algorithms (USPTO #19/169,399), and (3) Geometric data storage using tetrahedral lattice structures with fault-tolerant nonbinary encoding