Materials as substrate, energy as architecture.

Two physical-world primitives: credentialed building surfaces that participate in the structure's network and power distribution through cryptographic admissibility profiles, and the hydrogen–aluminum energy cell that stores charge as reversible covalent surface bonds — each extending the same governance architecture into the physical layer.

Credentialed Surfaces

Building surfaces — walls, ceilings, floors — carry cryptographic admissibility profiles that enable them to act as governed participants in the structure's data network and power distribution, each surface attesting to its identity and capabilities without a central controller.

23 articles

Hydrogen-Aluminum Energy Cell

A sealed, separator-free electrochemical cell where aluminum nanoparticles dispersed in a dual-domain proton-conducting carbon gel store energy through hydrogen surface chemisorption. Charge is retained by bulk-equipotential saturation rather than a physical barrier.

22 articles