Steven Touzard Group

Our group is focused on designing and building quantum technologies with an emphasis on quantum networks. Our experimental platforms include superconducting circuits, rare-earth ions in solid-state and integrated photonics. Our goals are to:

  • Rethink quantum network chips: we invent, simulate and fabricate novel chips to entangle superconducting circuits with telecommunication photons ready to be launched in commercial optical fibers and form a quantum network.
  • Develop quantum control tools: we investigate innovative protocols to operate fast quantum networks. These protocols are implemented with our fast electronics and stable lasers at ambient and cryogenic temperatures.
  • Establish new fabrication techniques: we develop new methods to safely combine the best of leading quantum technologies: superconducting circuits, rare-earth ions and integrated optics.
  • Build testbeds for quantum networks: we characterize the uniquely quantum correlations between a superconducting qubit at cryogenic temperatures and a traveling telecom photon at room temperature. This testbed will readily be deployed in commercial quantum networks

More information at our homepage: http://qovelab.com/

Steven earned his PhD from Yale University from the group of Michel Devoret. His work focused on stabilising bosonic codes in superconducting circuits. He then did a postdoc at the National University of Singapore on quantum information processing with neutral strontium atoms. Steven also worked as a consultant for quantum computing companies Alice&Bob and Xanadu.

In 2021, Steven was awarded the National Research Foundation Fellowship (Class of 2022) to start a new research initiative in Singapore focusing on building quantum networks of superconducting circuits. He was then appointed as a Presidential Young Professor in the Department of Materials Science and Engineering as well as the Department of Physics.

Group Members