... clumps become compacted and the compressed gas at the centre will eventually amass enough material to form a protostar. Examples of these huge dusty filaments are ubiquitous in the Milky Way, but so far astronomers have not...
... researchers still have more to learn about the formation of organohalogens. “Additional searches for organohalogens around other protostars and comets need to be undertaken to help find the answer,” added Fayolle.
...image as it is referred to) of a dusty disc around a young star is incredibly difficult to do, as the light from the evolving protostar masks the presence of any planets that have started to form. Rather handily, SPHERE is equipped with a coronagraph...
... upon a time, would have been born from a huge cloud of gas and dust that collapsed to form a protostar – and it wouldn’t have been alone. Most stars are born in clusters with hundreds, if not thousands of other...
..., a planet-hunting instrument on ESO’s Very Large Telescope, astronomers have finally captured the very first image of a protostar circling the very young star PDS 70. Not only that, but the data suggests that the...