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Monday (5/28) |
Tuesday (5/29) |
Wednesday (5/30) |
Thursday (5/31) |
Friday (6/1) |
| 8:30-9:30 am |
Breakfast (337 West Hall) |
| 9:30-10:30am |
Jeff Kimble (Caltech) |
Gretchen Campbell (JQI/NIST/U. of Maryland) |
Mark Saffman (University of Wisconsin) |
Jungsang Kim (Duke University) |
Luming Duan (University of Michigan) |
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Multiple Flavors of Quantum Entanglement |
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Persistent currents and Josephson Junctions in an atom circuit |
Rydberg quantum gates and multi-qubit processing |
Quantum Computer Architectures: System-Level Approach to Quantum Computing |
Fault tolerant quantum computation |
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| 10:30-11:00am |
Coffee Break (337 West Hall) |
| 11:00-12:00pm |
Mark Saffman (University of Wisconsin) |
Jeff Kimble (Caltech) |
Dan Gammon (Naval Research Laboratory) |
Luming Duan (University of Michigan) |
Chris Monroe (University of Maryland) |
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Quantum computation and gates with neutral atoms |
Quantum Teleportation to Enable Quantum Networks |
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Quantum dots in quantum information science |
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Quantum Simulations of Magnetism with Trapped Ions |
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| 12:00-1:30pm |
Lunch Break |
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| 1:30-2:30pm |
Gretchen Campbell (JQI/NIST/U. of Maryland) |
Martin Zwierlein (MIT) |
Jungsang Kim (Duke University) |
Duncan Steel (University of Michigan) |
Canoe trip |
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Superfluid Atom Circuits |
Strongly Interacting Fermi Gases (I-III) |
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Operational understanding of Quantum Error Correction and Fault Tolerance |
Coherent Optical Control of Electronic and Nuclear States in a Quantum Dot |
| 2:30-3:30pm |
Martin Zwierlein (MIT) |
Chris Monroe (University of Maryland) |
3 contributed talks |
Dan Gammon (Naval Research Laboratory) |
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Strongly Interacting Fermi Gases (I-III) |
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Ion Traps: There's Plenty of Room at the Bottom |
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Entangling two quantum dots |
| 3:30-4:00pm |
Coffee Break (337 West Hall) |
| 4:00-5:00pm |
Martin Zwierlein (MIT) |
Mark Saffman (University of Wisconsin) |
Dan Gammon (Naval Research Laboratory) |
Jungsang Kim (Duke University) |
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Strongly Interacting Fermi Gases (I-III) |
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Atomic qubits in optical traps and long range Rydberg interactions |
Spin in quantum dots |
Modular Universal Scalable Ion-Trap Quantum Computer (MUSIQC): Engineering a Quantum Computer |
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| 5:00-6:00pm |
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Gretchen Campbell (JQI/NIST/U. of Maryland) |
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Atomtronics: Superfluid analogs to (superconducting) electronics |
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