The paper reviews the scientific potential and technical considerations for a small-satellite constellation in lunar orbit to map the decameter radio sky and measure the global spectrum, building on past and ongoing experiments.
This range overlaps with the frequency coverage of the DSL global experiment (30 - 100 MHz), but is still significantly higher than the imaging component (1-30 MHz)
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Discovering the Sky at the Longest Wavelengths with Small Satellite Constellations
The paper reviews the scientific potential and technical considerations for a small-satellite constellation in lunar orbit to map the decameter radio sky and measure the global spectrum, building on past and ongoing experiments.