... to the theory is that if Pluto was formed by the accretion of a billion comets, then it should have an abundance of carbon monoxide (CO) too, but a study of the planet indicates a lot of CO seems to be missing – from its surface at least. To account...
... technique that the two teams used was the study of subtle changes in the wavelength of light from carbon monoxide (CO) gas spread throughout the disc. CO emits a very distinctive millimetre-wavelength light that ALMA can observe...
... unknown. So what is lurking within the colossal gaseous body of this cosmic relic? Aside from an enormous amount of carbon monoxide gas in the galaxy, the team found that there are two distinct large clouds several thousand...
... of water have been found, the quantity is still under question. But coupled with the team’s measurements of carbon monoxide, which implies that Jupiter has 2 to 9 times more oxygen than the sun, and combined with the...
..., molecular hydrogen, is either difficult or impossible to detect. Instead researchers often try to identify another molecule – carbon monoxide (CO) – to learn more about the processes going on in the cloud. However, it is the formation of molecular...
... into a huge icy ball. This material is likely to have been at or beyond the ‘snowline’, in a protoplanetary disk, where carbon monoxide, and other compounds such as water condense into solid ice particles; if formation begins too close to the...