Quantum optics seminar
Atomic and Superconducting Quantum devices
Prof. Rainer Dumke
Centre For Quantum Technologies, Nus, Singapore.
Abstract
Zoom link: https://us02web.zoom.us/j/81133584865
Abstract:
Quantum technology has developed on many fronts rapidly over the last few decades. We have witnessed tremendous progress in the application of quantum technologies in quantum sensors and quantum computing. In particular for quantum computing it is not clear which physical platform will prevail. Potentially hybrid systems capturing the advantages of individual platforms could help in overcoming some of the challenges ahead. Of interest are atomic and superconducting hybrid structures, which can give access to a very favourable parameter range. In this presentation I will discuss the individual challenges of superconducting and atomic quantum systems but also the current progress to realize robust hybrid computing architectures based on neutral atoms and superconducting qubits.
Abstract:
Quantum technology has developed on many fronts rapidly over the last few decades. We have witnessed tremendous progress in the application of quantum technologies in quantum sensors and quantum computing. In particular for quantum computing it is not clear which physical platform will prevail. Potentially hybrid systems capturing the advantages of individual platforms could help in overcoming some of the challenges ahead. Of interest are atomic and superconducting hybrid structures, which can give access to a very favourable parameter range. In this presentation I will discuss the individual challenges of superconducting and atomic quantum systems but also the current progress to realize robust hybrid computing architectures based on neutral atoms and superconducting qubits.