Agenda

Monday January 26

Time

Speaker

Title

8:00 AM

Mark Heiligman

Welcome

8:15 AM

Dave Clader/Jon Dowling

Workshop overview

8:30 AM

Frank Wilhelm

Assumptions of Decoherence Theory in Superconducting Qubits

9:15 AM

Jay Gambetta

Quantum Noise in Superconducting Qubits

10:00 AM

Break

10:30 AM

Joe Aumentado

TBD

11:15 AM

Andrew Dzurak

Spin Qubits Based on Donors and Quantum Dots in Silicon

12:00 PM

Break/Lunch

1:00 PM

Rick Muller

Modeling Semiconductor Qubits Using QCAD

1:45 PM

True Merrill

High-fidelity modeling of trapped ion qubits

2:30

Break

3:00 PM

Philipp Schindler

Noise processes in ion trap quantum information processors

3:45 PM

Mike Biercuk

Predicting the future of noisy qubits

4:30 PM

Kurt Jacobs

Topics in Modelling and Fighting Non-Markovian Noise

5:15 PM

End

Tuesday January 27

Time

Speaker

Title

8:00 AM

Ken Brown

Noise abstraction and the IARPA Quantum Computer Science program

8:45 AM

David Cory

From Learning to Modeling to Gate Finding

9:30 AM

Break

10:00 AM

Jacob Biamonte

Efficient tensor contractions for error model and quantum circuit simulation

10:45 AM

Daniel Gottesman

Fault Tolerance in Small Experiments

11:30 AM

Hideo Mabuchi

Architectures for autonomous quantum memories - coherent feedback and the small volume limit

12:15 PM

Break/Lunch

1:15 PM

Akshat Kumar

Model reduction for quantum dynamics through symmetries and invariant subspaces

2:00 PM

Mohan Sarovar

Efficient simulation of a class of noisy quantum systems

2:45 PM

Break

3:15 PM

Breakout sessions

4:30 PM

Fred Strauch

Breakout session 1 report

4:45 PM

Travis Humble

Breakout session 2 report

5:00 PM

Setso Metodi

Breakout session 3 report

5:15 PM

Jon Dowling

Discussion

6:00 PM

Workshop End