Salt and Hot Water around Massive Protostars
The discovery of table salt and super-heated water in two massive protostellar disks hints at a new type of “hot-disk” chemistry.
The discovery of table salt and super-heated water in two massive protostellar disks hints at a new type of “hot-disk” chemistry.
New simulations provide insights on the processes behind the formation of massive stars
What might be lurking just beyond our solar system? Get a sneak preview of Dr. Jackie Faherty’s views ahead of her talk, “Our Dynamic Solar Neighborhood”, at #AAS236!
Today’s paper combines new observational data from Gaia with 20 years of multi-wavelength data of the compact dwarf galaxy NGC 5253, reveal a triplet system of star clusters in the centre.
Is there a M∗-SFR-Z relation at high redshift? Yep! Read me to find how it was discovered!
This hot and massive star is blowing a bubble of ionized Hydrogen, which forms spider web-like filaments of material that may be the catalyst for forming other massive stars.