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List of Speakers
2002 Cross-Border Workshop
- G. S. Agarwal (Physics Research Laboratory, Ahmedabad, India)
Entanglement of independent systems by detection and quantum
interferometry
- G. P. Agrawal (Institute of Optics, University of Rochester)
Fiber Nonlinearities: Good, bad, or Ugly (tutorial)
- Thomas Brown (Institute of Optics, University of Rochester)
Cylindrical Vector Beams and Longitudinal Field Interactions
- P. B. Corkum (National Research Council of Canada) Ultrafast
measurement (tutorial)
Topics to be covered will include:
- How we make ultrafast optical measurements now.
- Extending measurement to attoseconds optical pulses.
- Extending ultrafast measurements to electrons.
- How entanglement offers a new approach to enhanced measurement.
- Using ultrafast electrons for attosecond resolution
experiments.
- M. V. Fedorov (General Physics Institute, Moscow) Dynamical
suppression of radiative decay via atomic deflection by a standing light
wave
- M. Feldman (University of Rochester) Exciting Times for
Superconducting Qubits
- G. N. Gibson (University of Connecticut) Multiphoton
pi-pulses
- Stan Haan (Calvin college) Strong-field double ionization:
identifying the mechanism
- John Howell (University of Rochester) Polarization-based
orthogonal state quantum cryptography
- Steve Jacobs (Center for Optical Manufacturing, University of
Rochester) Liquid crystal paint: did the color of the car just
change
- A. G. Kofman (Weizmann Institute of Science) Control of
decay and decoherence: Frequent measurements versus laser field
- James Martin (University of Waterloo) Stabilization of
predissociating Rydberg molecules using microwave and radio frequency
fields
- C. Monroe (University of Michigan) Building a quantum
computer, atom by atom (tutorial)
- Christian Stoeckl (Laboratory for Laser Energetics,
University of Rochester) High intensity lasers at LLE: Fusion and
beyond
- Frank Wise (Cornell University) Optical spatiotemporal
solitons: progress toward light bullets
- A. M. Zheltikov (Moscow State University) Enhanced nonlinear
optics with microstructure fibers
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