... as it will help reveal the first stars and galaxies that formed after the Big Bang. It is also at infrared wavelengths that researchers are able to peer inside dust enshrouded clouds to 'see' the birth places of star and...
... gas clouds like smoke), revealing the otherwise hidden world of star formation. However, longer infrared wavelengths, like those seen by NASA’s previous infrared telescope Spitzer, allow us to see the light emitted by cool cosmic dust grains, which...
... motion of electrons in the material). The main mirror collects the faintest little packets of light - or heat for infrared wavelengths - and you can’t detect anything colder than the temperature of the optical surfaces, so you have to cool...
... of this enigmatic light is mostly emitted from faint galaxies, whereas the rest have no corresponding objects in optical/infrared wavelengths and their nature is still unknown. Along with the well known Cosmic Microwave Background (CMB), two...
... of astronomers have reported that Sgr A* has, this year, been brighter than ever when measured at near-infrared wavelengths - over twice as much as previously observed by Keck. Data gathered by Keck coupled with measurements from the Very...
...light outside the visible range and show us otherwise hidden regions of space at the near-infrared and mid-infrared wavelengths. With its longer wavelengths, infrared radiation can penetrate dense molecular clouds, whose dust blocks most of the light...