![]() Dcouvrez des captures d’cran, lisez les derniers avis des clients et comparez les valuations pour APOD Viewer. What I'm saying is that material that is radiating strongly in IR is cool, and accretion disks are very hot and will gave very low IR emission compared with shorter wavelengths. Tlchargez cette application sur le Microsoft Store pour Windows 10 Mobile, Windows Phone 8.1, Windows Phone 8. JWST team says a galaxy with an active core is IR-bright: So? Do you say that an accretion disc is nothing like one-temperature thing that's entitled to have some typical thermal energy of a particle or of a radiated photon and therefore to be bright in a narrow range like the visible light range for Sun? And if this lamp is bright both as an ionising UV or X-ray and in IR tells that it's not a one-temperature thermal source? Accretion discs are hot, and emit strongly in UV or even x-rays. is an interactive solar magnetic field viewer that displays a magnetic field. I wonder whether it's possible for a star formation to be this IR-bright and compact or is it in fact an accretion disk of a 1000 suns massive black hole?Īnd if this IR-lamp is also the X-lamp illuminating, exciting and turning to comet-like columns the Pillars of Creation, from «above» ? Hidden in X-range by the Black Black Bok cloud And at one end of this cloud of gas and dust, star formation is taking place. So, Chris, you were right: The dark "opening" of the "arch" of the Eagle Nebula is not an opening at all, but a dust cloud. So the brightest star forming area, as detected by Spitzer and Herschel, is located just below the "Great Arch of the Eagle"! APOD: 2022 May 20 - A View from Earth's Shadow Astronomy Picture of the Day Discover the cosmos Each day a different image or photograph of our fascinating universe is featured, along with a brief explanation written by a professional astronomer.
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