molecular-assembly

Research thesis on fault-tolerant universal nanofabrication: matter ISA, chemical syndrome locking, error-correcting assembly, active-frontier manufacturing, experiments, and roadmap.

Toward universal nanofabrication: proof-gated transactional assembly, proof-carrying matter, molecular SIMD, hierarchical error correction, and a programmable matter compiler.

A first-principles research architecture for programmable reaction-space topology, engineered dissipation, and massively parallel near-universal nanofabrication.

EVE-EVIE is an open research architecture for universal nanofabrication: compiler matter, self-verifying assembly, programmable matter, photonic and neuromorphic control, AI-driven materials design, and error-corrected molecular manufacturing.

A falsifiable framework for programmable self-correcting matter: defect-selective actuation, autonomous proofreading, reversible assembly, and volumetric nanofabrication.