HyperLux develops modular photonic architectures in which spectrum, intensity, coherence and spatial distribution can be controlled independently.
Multi-band light generation and active spectral shaping for applications where conventional illumination is insufficient.
Software-controlled optical emitters can be combined into large-area fields with uniform, programmable output.
A proprietary control stack coordinates source modules, sensors and optical actuators in real time.
Our researchers investigate how complex spectral compositions interact with materials and biological systems. This work remains primarily experimental and is conducted under controlled laboratory conditions.