The overarching goal of this project is to develop tools and theories based on a "fractal" understanding of mathematical and physical systems. We explore the idea that complexity arises from simple, iterative rules, and that the relationships between objects are as important as the objects themselves.
A high-performance, pure Rust library for perceiving molecular resonance systems, including rings, aromaticity, and conjugation paths in organic molecules from 2D graphs.
The Resonant Monolith is a complete executable implementation of a theoretical resonant field system that processes network packets through spectral analysis, adaptive thresholding, and feedback-driven convergence to stable invariant states.
A classically-implementable quantum resonance framework for advanced cybersecurity applications, featuring tripolar logic, 13D Hilbert space topology, and resonance-based networking.
Thronion is a next-generation DDoS protection system for Tor Hidden Services, combining proven operational capabilities with cutting-edge quantum-inspired algorithms.
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