Diffraqtion

Diffraqtion is an advanced quantum camera tool developed by SensorQ Technologies, revolutionising the capability of satellites and machines to see and process visual information. The tool addresses the issue of low resolution in current satellites and machine vision systems, extending vision capacities beyond the typical diffraction limit. Diffraqtion achieves this by harnessing revolutionary quantum technology initially developed for NASA's extraterrestrial life exploration missions. This technology allows the cameras to minimise the typical loss of photon information and enables an significantly expanded viewing range. Diffraqtion's quantum camera tool has been recognized on highly competitive technological stages, further validating its transformative impact on visual AI hardware and software. The technology was meticulously developed over 7 years in collaboration with well-established institutions including DARPA and NASA. The focus is to incorporate this tool into the Habitable Worlds Observatorya successor to the James Webb and Hubble space observatories. The team behind the development of Diffraqtion comprises professionals specialized in space, quantum photonics, and optics, from esteemed universities like MIT, University of Maryland, and University of Arizona.