Description
My research as an Assistant Professor focuses on using rare-earth crystals for quantum technologies. These crystals exhibit unique properties, such as hour-long coherence times, optical integration, and high qubit densities, making them promising candidates for quantum computing and quantum communication. My vision is to develop a small-scale quantum processor that in the future can store quantum information that is physically transported on satellites, paving a path to a global quantum internet. Additionally, I will briefly explain the usage of these crystals in Ultrasound Optical Tomography (UOT), a noninvasive medical technique that combines optical contrast and ultrasound resolution for deep tissue imaging.
