HIGHLIGHTS
- who: Baptiste Cecconi from the DepPhysics and, University of Iowa, Iowa City, Iowa have published the Article: MASER: A Science Ready Toolbox for Low Frequency Radio Astronomy, in the Journal: (JOURNAL)
SUMMARY
Low frequency radio data are providing remote proxies to remotely study energetic and unstable magnetised plasmas. The usual data product for low frequency radio emissions observations is a "dynamic spectrum" (a time varying spectrogram). In this frequency range, it is not yet possible to build imaging radio telescopes in space, so that the main source of knowledge is this time-frequency . . .
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