submicron devices

PhD Project to implement spin qubits based on silicon-germanium structures

Center for Quantum Devices is offering a PhD scholarship commencing December 1. or as soon as possible thereafter.

The last year has seen tremendous advances in fabricating spin qubit devices from group IV semiconductors. This PhD project will investigate spin qubits realized in natural and isotopically purified silicon-germanium heterostructures. The objective is to create ultra-coherent qubit devices that can be controlled, coupled, and read out in a scalable geometry.

Center for Quantum Devices is offering a PhD scholarship commencing July 1. or as soon as possible thereafter.

The last year has seen tremendous advances in fabricating spin qubit devices from group IV semiconductors. This PhD project will investigate spin qubits realized in natural and isotopically purified silicon-germanium heterostructures. The objective is to create ultra-coherent qubit devices that can be controlled, coupled, and read out in a scalable geometry.