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The modern Applied Physics Laboratory is located in Laurel, Maryland, and spans 461 acres with more than 30 buildings on site. Additional auxiliary campuses exist in the surrounding areas. [ 21 ] The campus includes multiple cutting-edge innovation and collaboration spaces as well as state-of-the-art labs and test facilities.
Ames Laboratory: Iowa State University: Ames, IA: separated and studied rare earth elements [note 1] Applied Physics Laboratory: Johns Hopkins: Laurel, MD: development of guided missile technology and drones. Applied Research Laboratory: Pennsylvania State University: State College, PA: hydrodynamics and acoustics research
University affiliated laboratories have been conducting research and development for the United States Navy since 1942, beginning with the creation of the Applied Physics Lab at Johns Hopkins. The most recent UARC, created in 2023, is the Research Institute for Tactical Autonomy , led by Howard University , which is performing research for the ...
The Penn State Lunar Lion is a team within the Applied Research Laboratory as part of the Space Systems Initiative which has joined the Google Lunar X Prize. The team is expected to build a robotic spacecraft that is four feet in diameter and weighs 500 pounds. The team hopes to land the craft on the moon in December 2015. [10]
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The Frontier Radio is a family of software-defined radios developed by the Johns Hopkins University Applied Physics Laboratory (or APL). Four variants have been developed: the Frontier Radio (FR), the Frontier Radio Lite (FR Lite), and the Frontier Radio Multi Lingual (FR ML), and the Next-Gen Frontier Radio.
This series of New Horizons images of Pluto and its largest moon, Charon, was taken at 13 different times spanning 6.5 days, starting on April 12 this year and ending on April 18. (Photo credit: NASA/Johns Hopkins University Applied Physics Laboratory/Southwest Research Institute)
Ralph D. Lorenz is a planetary scientist and engineer at the Johns Hopkins Applied Physics Lab. [1] whose research focuses on understanding surfaces, atmospheres, and their interactions on planetary bodies, especially Titan, Venus, Mars, and Earth. [2]