What question did this study set out to answer?

The research aims to explore the mechanisms of substrate gating in the MID/QC framework for logic filtering and feasibility partitioning.

February 9, 2026Open Access

MID/QC Applied Substrate Series 35 - Substrate Gating: Logic Filtering and Feasibility Partitioning via Threshold Modulation and Corridor Discretization

Puntos clave

The research aims to explore the mechanisms of substrate gating in the MID/QC framework for logic filtering and feasibility partitioning.
Introduced substrate gating as a novel approach within the MID/QC framework.
Utilized threshold modulation to adjust gating thresholds.
Applied corridor discretization to fragment logic propagation.
Gating thresholds were shown to selectively influence logic behavior.
Defined gating zones enabled clearer control over logic filtering.
Feasibility partitioning was effectively achieved through corridor adjustments.

Resumen

This paper introduces substrate gating within the MID/QC framework, showing how threshold modulation and corridor discretization filter logic propagation and partition feasibility encoding. Logic becomes selective as gating thresholds shift and corridor topology fragments. The manuscript defines gating zones and control fields as substrate-native mechanisms for logic filtering, feasibility zoning, and reaction control.

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