ThatDamnedPanda
Posts: 6060
Joined: 1/26/2009 Status: offline
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Good question. I'm guessing no, because only one of the two horns on the radio telescope detected the signal. That indicates a very discrete point source. If it had been from the sun, which was on the other side of the Earth at that time, every radio telescope on the planet should have gone off the scale at the same time. But even so, I don't think coronal mass ejections typically emit unusually high radio outbursts. Not as a primary source, at any rate. If I recall correctly, as the ejected mass hurtles through space at high velocities, it drives an actual shock wave in the interplanetary magnetic field, and it's this shock wave that produces the radio bursts. I believe another mechanism that can cause the radio bursts is when a fast-moving CME overtakes an earlier, slower-moving CME, and the interaction between the charged particles in these two parcels of electrified, magnetic gas will emit radio waves. But I don't believe either of these phenomena would necessarily emit at the hydrogen line; and in fact, are probably generalized events that emit over a broad range of frequencies. I'm probably wrong about some of that, but have no idea which part, and am reasonably confident I have it substantially correct.
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Panda, panda, burning bright In the forest of the night What immortal hand or eye Made you all black and white and roly-poly like that?
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