This manuscript demonstrates the modulation of reaction feasibility in engineered substrates, suggesting new control mechanisms for reaction networks.
This paper introduces substrate tuning within the MID/QC framework, showing how coherence density and torsional alignment modulate reaction feasibility. Reaction enablement, gating, and suppression become geometric phenomena. The manuscript explains coherence-rich zones, torsional gating, and feasibility mapping as substrate-based control mechanisms. It reframes reaction feasibility as programmable, enabling engineered substrates to orchestrate reaction networks through geometric modulation.
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Chadwick Rasque (2026) studied this question.
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