What question did this study set out to answer?

The main aim is to design substrates that improve light propagation using field-aligned geometries.

February 5, 2026Open Access

MID/QC Applied Substrate Series 9 - Field Aligned Optical Materials: Designing Substrates for Coherence Native Light Propagation

Key Points

The main aim is to design substrates that improve light propagation using field-aligned geometries.
Developed a substrate-first model focusing on field alignment and tension gradients.
Analyzed how coherence channels affect optical characteristics and stability.
Integrated findings with existing photonic propagation and waveguide models.
Demonstrated low-loss optical propagation through field-aligned substrates.
Explained the anisotropic optical behavior based on the proposed model.
Highlighted improvements in coherence-guided refraction and photonic performance.

Abstract

Optical materials are traditionally engineered through refractive index control, doping, and microstructural tuning. In the MID/QC framework, optical behavior emerges instead from field‑aligned substrate geometry that supports coherence‑native light propagation. This paper develops the substrate‑first model in which alignment fields, tension gradients, and coherence channels determine optical stability, loss characteristics, and propagation efficiency. The result is a unified architecture explaining anisotropic optical behavior, low‑loss propagation, coherence‑guided refraction, and substrate‑native photonic performance. This work extends the material‑alignment foundation of Series 6 and integrates directly with the photonic propagation models of Series 7 and the waveguide architecture of Series 8.

Read Full Paperexternally

Ask AI

Mark Helpful

Bookmark

Relay

View Full Paper