Frontiers in Imaging

Astronomical Imaging - Sunday PM Session – IPF1

• Large Telescope Projects – R. Bernstein / UC Santa Cruz
• Instrumentation for Large Telescopes – D. Fabricant / Harvard-Smithsonian
• Adaptive Optics in Astronomy – B. Ellerbroek / Cal Tech
• Imaging with Near-IR Interferometers – J. Monnier / U Michigan

Bio Imaging - Monday AM Session – IPF2

• Single Molecule Imaging, Anti-Brownian Electrokinetic Trap – A. Cohen / Harvard
• Nuclear-Spin Imaging of Viruses – D. Rugar / IBM TJ Watson
• Imaging in Cell Biology – T. Kirchhausen / Harvard Medical School
• Photo-Activated Localization Microscopy (PALM) –  H. Hess / Howard Hughes Medical Institute
• Retinal Imaging with MEMS based Adaptive Optics – S. Olivier / Lawrence Livermore National Laboratory

Materials with Subatomic Resolution - Monday PM Session – IPF3

• Spatially Resolved Vibrational Imaging with Sub-Nanometer Resolution – W. Ho / UC Irvine
• Attosecond Nanoplasmonic-Field Microscope –  M. Stockman / Georgia State University
• Atom-Specific Electron Energy Loss Spectroscopy (EELS) in Aberration corrected TEM –  P. Batson / IBM Yorktown Heights
• Force Microscopy with Subatomic Resolution (77 pm): AFM with Application to Magnetic and superconducting systems – F. Giessibl / U Regensburg, Germany
• TEM of Biological Molecules – U. Leucken / FEI Eindhoven, The Netherlands

Marine/Terrestrial Imaging - Tuesday AM Session – IPF4

• Overview & Future U/W imaging needs – S. Ackleson / Office of Naval Research
• Coral Fluorescence Imaging – C. Mazel / Physical Sciences, Inc.
• Deep-Sea Bioluminescence – E. Widder / Ocean Research & Conservation Association:
• LIDAR in the Coastal Environment – J. Wozencraft / US Army LIDAR Bathymetry Technical COE
• Streak-Tube Imaging and Virtual Periscope – B. Hubbard / Areté Associates

Frontiers in Physics - Tuesday PM Session – IPF5

• Nano-Circuit Developments – J. Gordon / IBM Almaden Research
• Proton Cancer Therapy – J. Flanz / Massachusetts General Hospital
• Best Atomic Clock – J. Ye / NIST
• Diamond Circuitry – M. Lukin / Harvard U.