This post documents the public origin of a hybrid phase-resonance computing architecture, including superconducting variants, aimed at addressing memory and energy bottlenecks at a structural level.

The goal is to ensure these ideas are not quietly forgotten, but are open to public review and technical scrutiny.

Key features include:

Phase-based Information Transport: Data is transmitted using global phase coherence, minimizing reliance on physical wiring.

Irreversible Commit Gates: Data is only permanently recorded when phase energy exceeds a set threshold, reducing unnecessary memory writes and energy consumption.

Global Phase Substrate: All nodes can share information non-locally without explicit addressing, enabling massive parallelism.

Probabilistic State Recovery: Small errors during computation are corrected in real-time using statistical interpolation, avoiding re-transmission delays.

I’m sharing this openly to invite critical examination, skepticism, and alternative viewpoints. If the ideas are flawed, I’d rather see them challenged early. If they are useful, it seems worse for them to remain unseen. -------------------------------------------------------------------------- https://github.com/LUMENPIXEL-001