The underpinning technologies enabling Quantum Information Science, such as single photon detectors for quantum networks and qubits for quantum processors, mostly operate between 4K to a few tens of mK. In order to integrate arrays of single photon detectors required for high bandwidth quantum networks, or the estimated millions of semiconductor qubits required by quantum error correction algorithms, a novel, scalable solution for the readout and control cryogenic electronics is required.
The aim of the workshop is to bring together experts in quantum sensors and processors and cryogenic electronics and researchers interested in developing QIS technologies. It will provide an opportunity to discuss the technical challenges and future directions.
Chair: Edoardo Charbon, EPFL, Switzerland
Co-chair: Farah Fahim, Fermilab, USA
International Advisory Committee:
Eric Dauler, MIT Lincoln Laboratory, USA
Malcolm Carroll, IBM, USA
Joseph Bardin, University of Massachusetts, USA
Robert Bogdan Staszewski, UCD, Ireland
Antonio Liscidini, University of Toronto, Canada
David Reilly, Microsoft Corp., USA
