Quantum information processing with ultracold qubits
Ivan Deutsch
University of New Mexico
November 14, 2005
12:30 pm
NWSE 304
Abstract
The end of the twentieth century saw the coming together of two of its greatest intellectual achievements -- digital information processing and quantum mechanics. What lies ahead of Moore's road map of ever shrinking microprocessor components is not just a tinier version of devises, but a broad new principle based on quantum superpositions and nonlocal entanglement. A particularly promising scheme employs some of the coolest matter around -- the optical lattice -- neutral atoms trapped in a virtual crystal of light.
Pizza and soda at 12:15.
This talk is jointly sponsored by the Department of Physics and Astronomy, the Department of Computer Science, and the Center for Converging Technologies.
This talk is jointly sponsored by the Department of Physics and Astronomy, the Department of Computer Science, and the Center for Converging Technologies.