Research
Advancing the science and engineering needed to realize scalable quantum computing, from algorithms and software to hardware.
01/10/2017: Bernard van Heck, Yale Microwave measurements of Majorana nanowires: theory and experiment 01/25/2017: Torsten Karzig, Station Q Progress and challenges in designing a universal Majorana quantum computer
QIP 2017 will be hosted in Seattle, Washington by the QuArC group at Microsoft Research in Redmond and the University of Washington January 14-20, 2017.
The workshop highlighted recent advances in quantum algorithms, quantum devices, control systems, and quantum error correction.
08/10/2016, 11am: Leonid Pryadko, UC Riverside Belief propagation bounds for Ising phase transitions on graphs 09/06/2016, 2:30pm: Iris Cong, UCLA Topological quantum computation with gapped boundaries 09/27/2016, 2:30pm: Simon Trebst, University of Cologne Machine learning…
LatticeCrypto was a high-performance and portable software library that implemented lattice-based cryptographic algorithms. The first release of the library provided an implementation of lattice-based key exchange with security based on the Ring Learning With Errors…
SIKE and SIDH are insecure and should not be used. For more information, please refer to the SIKE team’s statement to NIST. SIDH Library was a fast and portable software library that implements a new suite…
Dave Wecker, the author of LIQUiD, provides a brief history of the LIQUiD Simulator.
Krysta Svore talks about using LIQUiD for Quantum error correction.
