What question did this study set out to answer?

The aim is to redefine energy generation and transfer through coherence-driven mechanisms in substrates.

February 8, 2026Open Access

MID/QC Applied Substrate Series 15 - Coherence Driven Energy Systems: Tension Gradient Harvesting, Resonance Extraction, and Substrate Aligned Power Architectures

Key Points

The aim is to redefine energy generation and transfer through coherence-driven mechanisms in substrates.
Introduced coherence-well dynamics for energy systems.
Developed tension-gradient harvesting and harmonic coupling techniques.
Explored multi-scale coherence integration for power applications.
Established a redefined model for energy systems replacing classical combustion-based methods.
Demonstrated potential applications in passive power systems and resonance-aligned generators.
Outlined a foundation for MID/QC-based energy engineering strategies.

Abstract

This paper introduces coherence‑driven energy systems within the MID/QC framework, reframing energy as tension‑gradient configuration in the substrate. Classical models based on combustion, charge transport, and field mediation are replaced by coherence‑well dynamics, torsion‑neutral propagation, and resonance‑based extraction. The paper defines substrate‑native mechanisms for power generation, transfer, and storage, including tension‑gradient harvesting, harmonic coupling, and multi‑scale coherence integration. Applications span passive power systems, resonance‑aligned generators, torsion‑neutral transmission networks, and planetary‑scale infrastructure. This work establishes the foundation for MID/QC‑based energy engineering and completes the third paper of the Applied Substrate Engineering cluster.

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