Multi-scale electrophysiological interface coupling endogenous bioelectric fields with discrete computational monitors via non-invasive spatial potential mapping.
Constitutional Demarcation: A Research Fabric is a bounded epistemological architecture. Structural formulation, digital execution, and proof-assistant replay declare local invariants; they do not constitute unverified physical validation.
The Bioelectric Bridge integrates bioelectric membrane potential gradients (
In the applied research architecture of the Science of Fabric Reality, the Bioelectric Bridge operates across the multi-scale physical and informational sequence:
Rather than treating somatic bioelectric signals as mere metabolic byproducts, the architecture models endogenous bioelectric fields as distributed informational manifolds that coordinate spatial structure and cellular reprogramming.
The invariant-preserving bioelectric mapping operator is defined as:
Where:
The Bioelectric Bridge enforces strict invariant preservation across theoretical and computational evaluations:
Epistemic Boundary Notice
This specification presents a theoretical research architecture and systems-engineering model. It does not assert medical advice, clinical efficacy, disease treatment protocols, or pharmaceutical validity. Any downstream physiological or biomedical translation requires independent empirical laboratory validation, ethical oversight, and regulatory authorization under certified scientific standards.
