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Johns Hopkins APL launches CubeSat for earth radiation imbalance study

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Johns Hopkins University Applied Physics Laboratory has developed a CubeSat designed to collect the Earthโ€™s radiation imbalance measurements for use in climate change predictions.
Johns Hopkins University Applied Physics Laboratory has developed a CubeSat designed to collect the Earthโ€™s radiation imbalance measurements for use in climate change predictions.

US: Johns Hopkins University Applied Physics Laboratory has developed a CubeSat designed to collect the Earthโ€™s radiation imbalance measurements for use in climate change predictions.

Johns Hopkins APLโ€™s Radiometer Assessment using Vertically Aligned Nanotubes CubeSat is one of the seven small-satellite payloads that took off on Nov. 11 aboard the United Launch Alliance-made Atlas V rocket, APL said Tuesday.

Atlas V lifted off from Vandenberg Air Force Base in California to bring into orbit the Lockheed Martin-built WorldView-4 satellite, which will join DigitalGlobeโ€™s satellite constellation to collect commercial satellite imagery.

Blue Canyon Technologies developed RAVAN and oversees the operation of the CubeSat for APL.

RAVAN has an L-1 Standards and Technology-built radiometer that works to measure the strength of radiation that Earth emits across the entire energy spectrum.

NASAโ€™s earth science technology office at Goddard Space Flight Center in Maryland funded the development of the APL CubeSat.