High Contrast Imaging at 3-5 Microns

Philip Hinz (University of Arizona), Matt Kenworthy (University of Arizona), Ari Heinze (University of Arizona), John Codona (University of Arizona), Roger Angel (University of Arizona)

Keywords: Imaging

Abstract:

The 6.5 m MMT, with its integrated deformable secondary, is an ideal platform for carrying out high contrast diffraction-limited imaging in the 3-5 micron wavelength regime. We have developed a dedicated camera for this purpose that can operate with high efficiency at both the L’ and M atmospheric windows. In addition we have demonstrated an approach to diffraction suppression, using a relatively simple apodizing phase plate (APP) that allows improved sensitivity to faint objects at several resolution elements away. These techniques are currently being used to search for extrasolar Jupiter-like planets around nearby stars.

Date of Conference: September 12-15, 2007

Track: Imaging

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