Silicon Quantum Electronics Workshop

Silicon Quantum Electronics Workshop


August 18-19 - Albuquerque Marriot

Albuquerque, New Mexico

Sandia Mountains


The Silicon Quantum Electronics Workshop focuses on silicon-based approaches to realizing quantum electronics circuitry. The purpose of the workshop is to unite the leading researchers, students, and postdocs in the field to discuss advances in silicon quantum electronic device fabrication, measurement, modeling, and theory.

Topics of interest include:

  • Silicon-related qubit implementations (e.g., Si, SiGe, Ge)
  • Advances in materials and fabrication
  • Cryogenic classical (nano)-electronics and classical electronic interfaces with qubits
  • Computer assisted design and analysis of donor and quantum dot architectures
  • Theory and modeling of charge and spin decoherence mechanisms in silicon
  • Dynamic decoupling and other control techniques to suppress decoherence in Si related qubits
  • Approaches to multi-qubit and coherent on-chip communication
  • Hybrid-qubit approaches combining Si and/or SiGe with other qubit systems

This year's workshop is hosted by Sandia National Laboratories in Albuquerque, New Mexico. The workshop format will consist of approximately 20-30 minute talks, with a poster session held each day.  We encourage you to submit an abstract for a presentation or a poster, but submission is not a requirement to attend.

We're looking forward to seeing you in Albuquerque.

Best regards,
Malcolm S. Carroll, Sandia National Laboratories
Thomas D. Tarman, Sandia National Laboratories
Steven M. Rinaldi, Sandia National Laboratories