Paradox Engine
An open, multi-tier conceptual framework linking reflexive mathematics with engineered physical systems.
This site is the public front-door for the Paradox Engine project. It bundles the practical engineering work (materials and prototypes), the Tier-1 core formalism, and the Tier-1.5 bridge documents that map abstract operators to physical observables.
Quick Navigation (suggested reading order)
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Applications & Results (Tier 2) — Publications & Papers
Start here if you are looking for applied results, the materials trilogy (nanotubes, graphene, macronanotubes), and experimental protocols. -
Core Concepts (Tier 1) — Core Expository Documents
The explanatory overlay, and the Rosetta. Conceptual scaffolding and informal explanation. -
Bridges (Tier 1.5) — Bridge Documents
One-way correspondences that allow conservative mapping from PE abstractions to measurable physical observables.
Goals
- Provide a clear, minimal conceptual structure for recurrence and attractor design.
- Make Tiered mappings understandable and usable for material scientists and engineers.
- Ship reproducible test protocols and datasets.
Zenodo Archive DOIs
All Paradox Engine, and adjacent, document DOIs are listed on the About tab.