This module includes functions that can be used to simulate mechanochemical phenomena. To cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S2352711021001436
Research thesis on fault-tolerant universal nanofabrication: matter ISA, chemical syndrome locking, error-correcting assembly, active-frontier manufacturing, experiments, and roadmap.
Quantum-chemical framework (SITH) for strain energy decomposition and bond destabilization analysis in stretched molecules.
First-principles theory of near-universal nanofabrication: physical limits, thermodynamics, information theory, fault tolerance, transport, and programmable matter.
A quantitative research program for universal nanofabrication under known physics-mapping fundamental limits, atomic-precision manufacturing barriers, decisive experiments, scaling laws, architectures, and the shortest credible path to general-purpose molecular manufacturing.
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