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February 9, 2026Open Access

MID/QC Applied Substrate Series 23 - Reaction Feasibility as Geometric Viability: Coherence Corridors and Transitional Stability

Key Points

The central aim is to reframe reaction feasibility within the MID/QC substrate framework by focusing on geometric aspects.
Introduced coherence corridors as pathways connecting reactants and products.
Analyzed the effects of transitional molecular configurations on reaction outcomes.
Examined the role of substrate geometry in reaction suppression and catalytic enabling.
Identified coherence-viable configurations as essential for reaction occurrence.
Demonstrated that substrate geometry impacts reaction directionality and feasibility.
Showed that traditional energetic thresholds are less significant than previously thought.

Abstract

This paper reframes reaction feasibility within the MID/QC substrate framework, showing that reactions occur only when transitional molecular configurations are coherence-viable. It introduces the concept of coherence corridors—geometric pathways that connect reactants and products through temporarily stable intermediates. The manuscript explains reaction suppression, catalytic enabling, and directional bias as consequences of substrate geometry rather than energetic thresholds. Reaction feasibility emerges as a geometric phenomenon governed by torsional alignment, decoherence pressure, and substrate constraints.

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