Novel materials such as silicon nitride and graphene can be integrated within the framework of silicon photonics to demonstrate interesting phenomena in the quantum as well as classical realms, and consequently enable new applications. First, I will explain how advances in fabrication technologies have made it possible to achieve ultra-low loss ...
Creator:
Dutt, Avik (Columbia University)
Created:
2017-04-27
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
We are working on hybrid quantum information processing, which combines two methodologies of quantum information processing €“ qubits and continuous variables (CVs). More precisely, we encode quantum information onto single-photon-based qubits and utilize CV quantum processors to realize universal optical quantum computing. The advantage of this...
Creator:
Furusawa, Akira (University of Tokyo)
Created:
2016-04-12
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.