A structured light technology based on crystal optics, designed to generate a controlled optical output for direct interaction with the body.

Gunalight is a structured light optical system developed by Akulight AS in Norway.

The system combines a precision light source with a natural spherical quartz crystal to generate a structured light field.

Broadband light produced by the device passes through the crystal before being emitted, where the interaction between light, material and geometry alters the optical characteristics of the light.

This process creates a consistent and controlled light output designed for direct application on the body.

The system is built using natural materials and precision engineering, including a LED light source, a spherical quartz crystal, a metal crystal holder, a precision housing and an electronic pulse control system.

Optical measurements indicate wavelengths between 350 and 850 nanometers combined with defined pulse frequencies after transmission through the crystal.

These characteristics define the structured light field produced by the system.

The Gunalight platform represents an initial implementation of a broader optical concept based on crystal-mediated light structuring.

Further research is ongoing to explore potential biological interactions and future applications of this technology.