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The Laboratory-developed PHOENIX High CASTLE collected this imagery of the amusement park Kings Dominion in Virginia during an initial flight campaign to test and optimize the performance of this 3D airborne ladar.
ladar
We developed a ladar that samples at the diffraction limit to collect high-resolution imagery for geospatial mapping missions.
A photo of an interferometer on a lab bench. A staff member is adjusting a part of it.
Climate Observation
We are investigating the use of novel imaging technologies for detecting and quantifying methane emissions in the atmosphere.
For installation aboard a launch vehicle, a space telescope using technology developed for DISCIT will fold up into the compact shape seen at the left, but will expand its segmented sparse subapertures, right, once deployed.
integrated systems
Technologies enabling the deployment of an expandable telescope from a small spacecraft could pave the way for the development of other payloads for small satellites.
The MASIVS sensor uses four focal planes.
surveillance
An airborne system provides high-resolution wide-area video imagery and onboard data processing to enable real-time monitoring of suspicious human activity.
Researchers test the prototype standoff microwave imaging system. The antennas emit radio signals that reflect off the person standing in front of the array; the system processes the reflections to create the image on the monitors in the background.
advanced imaging
The system can rapidly and discreetly detect threat items concealed under clothes or hidden in bags of people in crowded public spaces.
This illustration shows OSIRIS-REx contacting the asteroid Bennu. Aboard OSIRIS-REx is the REXIS instrument, for which the Laboratory developed CCDs that will image X-rays emitting from Bennu's surface. Illustration: NASA’s Goddard Space Flight Center
advanced imaging
Our CCDs will image X-rays emitting from elements on the surface of the asteroid Bennu.

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