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+ Software Catalog
+ About Licensing and Partnering at GSFC
+ Find NASA Partnership Opportunities*
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Adaptive Sensor Fleet
A software architecture has been developed that allows remote-controlled platforms, such as boats, aircraft, rovers, satellites, or other vehicles or hardware, to work collaboratively in support of a single scientific goal. ASF is ideal for oceanographic and planetary research; search-and-rescue operations; and military, mining, and security missions.
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Portable, Low-Cost, Nondestructive Materials Testing
A new nondestructive method has been developed for evaluating degree of cure, variations in chemical composition, and defect states in resin-based composites and metal oxidesdata currently unobtainable through X-ray testing.
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NanoCompass Provides New Capabilities in Magnetometry and Strain Sensing
This lightweight, low-power magnetometer is based on a single-walled carbon nanotube (SWCNT) network. Called the “NanoCompass,” the sensor’s dimensions are intrinsically nanoscale, allowing for new capabilities in magnetometry.
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NASA and the Maryland Economy:
This video highlights partnerships and technology transfer efforts since the 1960s that have benefited the Maryland economy.
+ View video (7-minute version)
+ View video (2.5-minute version) |
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Get the technology transfer process started by informing the IPP of your innovations through New Technology Reports (NTRs). This includes reporting and releasing software.
+ Report online (eNTRe)*
+ NASA NTR form (NF 1679)*
+ The Technology Transfer Process
+ Inventor Resources
+ Software Release Process

Researchers are encouraged to consider whether their NASA mission work overlaps with these solicitations.
+ Other federal funding opportunities


Diane "Betsy" Pugel
Code: 553 Years at NASA: 5
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Past Researcher Profiles
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