Annual Report 2005 - Fields Institute - University of Toronto
Annual Report 2005 - Fields Institute - University of Toronto
Annual Report 2005 - Fields Institute - University of Toronto
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David Tannor, Michele Mosca, Aephraim Steinberg and Charlie Bennett<br />
Philip H. Bucksbaum (Michigan)<br />
Control analysis based on learning feedback experiments<br />
Richard Cleve (Calgary)<br />
Consequences and limits <strong>of</strong> nonlocal strategies<br />
Claude Crepeau (McGill)<br />
Cryptography in a quantum world<br />
David DiVincenzo (IBM)<br />
Control and decoherence in Josephson junction qubits<br />
Mark Dykman (Michigan State)<br />
Localizing excitations in a quantum computer with perpetually<br />
coupled qubits<br />
G e n e r a l S c i e n t i f i c A c t i v i t i e s<br />
Mark Eriksson (Wisconsin)<br />
Silicon/Silicon-Germanium for quantum computation<br />
Daniel Gottesman, Perimeter <strong>Institute</strong><br />
High fidelity to low weight<br />
Manny Knill (NIST)<br />
Postselected quantum computation<br />
Ronnie Kosl<strong>of</strong>f (Hebrew U. <strong>of</strong> Jerusalem)<br />
Quantum molecular computing: Optimal control theory for<br />
unitary transformations<br />
Gershon Kurizki (Weizmann Inst. Science)<br />
A unified approach to dynamical control <strong>of</strong> decoherence<br />
Christian Kurtsiefer (Munich)<br />
Tools for experimental quantum cryptography<br />
Daniel Lidar (<strong>Toronto</strong>)<br />
Hybrid quantum error prevention, reduction, and correction<br />
method<br />
Raymond Laflamme (Waterloo)<br />
Experimental quantum error correction<br />
Hoi-Kwong Lo (<strong>Toronto</strong>)<br />
Extending the distance <strong>of</strong> unconditionally secure quantum key<br />
distribution<br />
Workshop participants<br />
<strong>Fields</strong> <strong>Institute</strong> <strong>2005</strong> ANNUAL REPORT 56