Wednesday Program - 18 February 2009

10:00-12:00Those arriving early to IAS II are welcome to tour the University of Washington AMO physics labs (trapped ion quantum computing and quantum-degenerate gases). The tour will depart from the hotel lobby at 10am. Please email Boris Blinov blinov@u.washington.edu to sign up for the tour.
12:00-1:00Workshop Registration
1:00-1:20Introductory Remarks - Matthew Blain, SNL; Tatjana Curcic, AFOSR; TR Govindan, ARO
SESSION 1: Integrated Ion Traps
Session Chair: Dick Slusher
1:20-1:40Brad Blakestad, NIST Boulder (invited)
Transport and heating in an X-junction ion trap array
1:40-2:00David Leibrandt, Massachusetts Institute of Technology (invited)
Experiments and ideas in trapped ion cavity QED
2:00-2:20Steve Olmschenk, University of Maryland (invited)
Quantum Computation with Ions and Photons
2:20-2:40Jason Amini, NIST Boulder (invited)
Scalable Traps for Quantum Information Processing with Ions*
2:40-3:10Afternoon Coffee Break
3:10-3:30Ken Brown, Georgia Institute of Technology (invited)
Atomic ions as probes of molecular ions
3:30-3:50John Chiaverini, Los Alamos National Laboratory (invited)
Dynamically configurable trapped-ion arrays for streamlined quantum processing
3:50-4:10Wolfgang Hänsel, University of Innsbruck (invited)
Miniaturized Ion Traps for Quantum Computation
4:10-4:30David Lucas, University of Oxford (invited)
Microfabricated traps and high-fidelity readout for trapped ions
SESSION 2: Poster Session and Reception
4:30-6:30 Poster Abstracts
SESSION 3: Atoms on Chips
Session Chair: Peter Schwindt
6:30-6:50Paul Baker, Air Force Research Laboratory (invited)
Adjustable microchip ringtraps for cold atoms and molecules.
6:50-7:10Thomas Purdy, UC Berkeley (invited)
Combining Cavity QED and Atom Chips
7:10-7:30Thorsten Schumm, Technical University of Vienna (invited)
One-dimensional Bose gases on atom chips
7:30-7:45Evening Coffee Break
7:45-8:05Michael Trupke, Imperial College (invited)
Integrating optical devices with atom chips
8:05-8:25Holger Schmidt, UC Santa Cruz (invited)
Atomic spectroscopy on a chip using hollow-core waveguides
8:25-8:45Joseph Thywissen, University of Toronto (invited)
Number counting atoms in an RF-dressed double well

Thursday Program - 19 February 2009

7:00-8:30Workshop Breakfast
SESSION 4: Atomic Clocks and Sensors
Session Chair: Dana Anderson
8:30-8:50Robert Lutwak, Symmetricom (invited)
The Chip-Scale Atomic Clock
8:50-9:10John Prestage, Jet Propulsion Laboratory (invited)
Small Ion Clock for Space Applications
9:10-9:30Peter Schwindt, Sandia National Laboratories (invited)
A Microfabricated Tunable Cavity Atomic Magnetometer
9:30-9:45Morning Coffee Break
9:45-10:05Clark Griffith, NIST Boulder (invited)
Developments in chip scale atomic magnetometers
10:05-10:25Michael Romalis, Princeton University (invited)
Atomic magnetometers in sub-fT regime
10:25-10:45Dmitry Budker, UC Berkeley (invited)
Measuring Nuclear Magnetism with Small Atomic Magnetometers
10:45-11:00Morning Coffee Break
SESSION 5: Enabling Technologies for Integrated Atomic Systems
Session Chair: Jungsang Kim
11:00-11:20Amit Lal, DARPA (invited)
Centimeter-cube scale Atomic Sensors and Actuators
11:20-11:40Jeffrey DeNatale, Teledyne (invited)
Fabrication of Atom Chips for Cold Atom Systems
11:40-12:00Ron Folman, Ben Gurion University (invited)
Where material engineering meets atom optics
12:00-1:30Workshop Lunch
1:30-1:50Shanalyn Kemme, Sandia National Laboratories (invited)
Diffractive and Gray-Scale Optical Integration for Ion Traps
1:50-2:10Lih Lin, University of Washington (invited)
Nanoscale Quantum Dot Photodetectors with High Spatial Resolution and Sensitivity
2:10-2:30Darwin Serkland, Sandia National Laboratories (invited)
VCSELs for Atomic Systems
2:30-4:00Breakout Feedback and Discussion Sessions