Our photodetector program pioneers the transition from rigid, cryogenic-dependent sensors to scalable, room-temperature solutions. By leveraging novel colloidal materials, we are developing tunable, large-area arrays capable of operating across the visible to short-wave infrared spectrum, enabling new frontiers in surveillance, infrastructure monitoring, and environmental sensing. Learn more.

Our emitter research focuses on unlocking the potential of colloidal quantum dots and nanoplatelets for the near-infrared and short-wave infrared spectrums. Through data-driven material discovery and advanced synthesis protocols, we are establishing the foundational science for high-efficiency, narrow-band light sources that will underpin future secure quantum communications, biomedical imaging, and optical networking. Learn more.