Friday, 12 November
|
Retinal Imaging Discussion |
| |
PSFs for Vision
Science |
J. Christou |
| |
Quantitative Analysis
of Images |
J. Lin |
| |
PSFs
and Deconvolution |
S. Shroff and J. Fienup |
| |
Saturday, 13 November
|
| MEMS Deformable Mirrors (Indutrial Participation) |
| |
High-Performance MEMS
Deformable Mirrors for Adaptive Optics: Prototype Status |
M. Helmbrecht and N. Doble |
| |
Micromirror Array
Development Status |
J. Koonmen |
| |
The Status of BMC
Deformable Mirror Development |
P. Bierden |
| |
Interferometric
Testing of the AOptix Deformable Mirror |
D. Horsley, H. Park, S. Laut and J. Werner |
| |
Selectively
Addressed MEMS Deformable-Mirror Arrays for Adaptive Optics |
B. Lin, R. S. Muller and T.-J. King |
| |
Boston University and Boston Micromachines Corporation:
DM technology development
for large telescopes |
T. Bifano |
| |
Large-Stroke Deformable
Mirror Array for Adaptive Optics |
E. Carr, S. Olivier and O. Solgaard |
| |
Enabling Fabrication
Processes for AO Devices |
J. Kubby |
| |
Development of
Large Deformable Mirrors Based on Dense Actuation of Nano-Laminate Membranes |
M. Cohn, W. Tang, S. Olivier, T. Barbee, A. Papavasiliou and C. Walton |
| Wavefront Sensing and Elongated Laser Guide Stars |
| |
Geometry
of Spot Elongation and Pulse Propagation |
J. Nelson |
| |
Optimal
Modal Fourier Transform Wavefront Control |
L.A. Poyneer and J.P. Veran |
| |
Correlation
Wavefront Sensing at Lick |
L.A. Poyneer and D. Palmer |
Adaptive Optics Test Bed Facilities |
| |
Laboratory for
Adaptive Optics |
D. Gavel |
| |
Adaptive Optics
Systems at the Lawrence Livermore National Laboratory |
K.L. Baker, S.S. Olivier, E.A. Stappaerts, D. Gavel, S.C. Wilks, J.
Tucker, D. Silva, J. Olsen, P.E. Young, M.W. Kartz, L.M. Flath, J. Crawford
and O. Azucena |
| |
JPL Wavefront
Control Technology Development Efforts for Space Telescope Applications |
J.J. Green |
| |
European AO Testbeds |
N. Hubin |
| |
UVic/HIA Test
Bed Progress |
P. Hampton, A. Hilton, J. LeDue
O. Keskin, B. Wallace
J.P. Veran, G. Herriot, L. Jolissaint |
Lasers |
| |
Lasers
for ELT |
J. Nelson |
| |
Parsec Laser |
N. Hubin |
| |
High Reliability
Lasers for LIGO and Advanced LIGO |
R. Byer |
| |
Laser
Guidestars at CTI |
I. McKinnie |
| |
ESO Laser Guide
Star: beamteam activities |
M. LeLouarn |
| |
Facility-class
589 nm Laser System for Sodium Guidestar Excitation |
C. Denman, P. Hillman, G. Moore, J. Telle, J. Drummond, J. Preston and
R. Fugate |
| |
Guidestar Laser
Technology |
T.J. Kane |
| |
Palomar AO Performance |
R. Dekany |
| |
Compact Fiber
Laser Approach to Generating 589 nm Laser Guide Stars |
D. M. Pennington, J. W. Dawson, A. Drobshoff, L. Taylor, D. Bonaccini
and W. Hackenberg |
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