Radio wave

OK, so it's short bursts, repeated bursts of radio light and with the telltale sign of something called highly circularized polarity.

What that means is that the radio waves coming off of it, the electromagnetic fusion of waves is acting in a very specific way.

Its polarity is acting in a circular manner.

And what that tells us is that it's coming from aurora.

So this massive, 11 times bigger than Jupiter, big old boy is having, you know, northern lights, so to speak.

Those northern lights are setting off emissions across the spectrum.

That includes radio waves, and we are detecting those radio waves.

That's right.

Above the visible band, the higher frequencies, we find ultraviolet light, X-rays, gamma rays, and some cosmic rays.

Below it are infrared radiation, microwaves, and radio waves.

only a small portion of the total spectrum is occupied by the visible band.

Another point of interest is the inverse relationship between wavelength and frequency.

The band of radiation stretching from the infrared to cosmic rays has been, up to now, largely the concern of physical scientists.

Because of their high frequencies, these radiations are generally handled, when calculations or measurements must be made, in terms of wavelength.

Radio and microwaves are radio waves with frequencies above 1,000 megacycles per second.

on the other hand have been more in the domain of communications engineers and are more likely to be discussed in terms of frequency thus it is that your radio is marked off in kilocycles or thousands of cycles per second while light is described as radiation in the four thousand to seven thousand angstrom band the relative newness of the various radiations has kept scientists busy learning about them and, as information and experiences accumulated, putting them to work.

Et donc-

Les ondes radio, on on on est en train de travailler avec ça.

Et donc ça, c'est un point important.

Moi, j'ai trouvé que les travaux de Pollack, là-dessus, ils étaient extrêmement pertinents parce qu'en fait, dans les...