HPC

Rapid Single Flux Quantum [RSFQ] superconducting logic circuits
Hybrid Technology Multithreaded Architecture [HTMT]
Cray Cascade Project

Remote Sensing Applications

Quantum information science garners a number of advantages in metrology and remote sensing applications. NASA's JPL Quantum Computing Technologies division is actively pursuing research in these areas:

Quantum Lithography
Quantum Gyroscopes
Quantum Clock Synchronization
SQUID- Based Atom Interferometric Gravity Gradiometers

Quantum Information Science and Technology Project Tokyo, Japan The QUIST/Tokyo team recently visited Korea to visit national quantum information research centers in the region, with focus on recent developments in quantum algorithms. We traveled to the Quantum Information Sciences laboratory at Korea Institute for Advanced Study, led by Dr. Jaewan Kim, and to the School of Mathematical Sciences at Seoul National University, led by principal researcher Dr. Dong Pyo Chi. A public copy of the report is available as ATIP04.004.

NATO ARW on Quantum Chaos Como, Italy I recently presented on superconducting quantum computing at the NATO/ARO Advanced Research Workshop on Quantum Chaos. "The Workshop was organized to assess the state of the art in an authoritative and unprecedented way - to set the goals of the new frontiers of quantum chaos, the dynamics of complex systems, the feasibility of quantum computing, the development of new photonic devices, and to bring to light the seeds of new perspectives."