Photonic coherency

Photonic coherency is embodied the concept of "photonite", or solid light - a substance that fundamentally consists of coherent photons bound into a stable, tangible state. Rather than being a material with typical atomic structure, photonite is a form of light that is localised, controlled and confined, enabling it to interact with matter and behave in solid-like ways. In such a state, light is not merely a wave or photon stream, but a stable, manipulable substance with predictable properties and practical applications.

Photonite consists of light trapped in a solid-like state, without it losing its coherent characteristics. In it, individual photons retain their phase coherence even as they interact with each other and with matter. Unlike typical materials where light is either absorbed, reflected, or transmitted, photonite is engineered to allow light to be confined and stabilised while preserving its phase, frequency, and polarisation coherence.