A group of UMD researchers led by QuICS Fellow Alexey Gorshkov have found something surprising: the speed limit for quantum information can depend on the task at hand.
A group of UMD researchers led by QuICS Fellow Alexey Gorshkov have found something surprising: the speed limit for quantum information can depend on the task at hand.
Qi Zhao is an expert in quantum resource theories—the mathematical tools that let researchers characterize and quantify the utility of quantum resources.
QuICS Fellow Carl Miller uses math and quantum physics to explore “fairness” in coin flipping.
The funding will support doctoral student Eddie Schoute’s research in developing new methods to route quantum information more efficiently.
A group of UMD researchers led by QuICS Fellow Alexey Gorshkov have found something surprising: the speed limit for quantum information can depend on the task at hand.
Qi Zhao is an expert in quantum resource theories—the mathematical tools that let researchers characterize and quantify the utility of quantum resources.
QuICS Fellow Carl Miller uses math and quantum physics to explore “fairness” in coin flipping.
The funding will support doctoral student Eddie Schoute’s research in developing new methods to route quantum information more efficiently.
