For this to occur, outside forces would have to compress the gas
clouds near the center of our galaxy to overcome the violent nature of the region and allow gravity to take over and form stars.
Not exact matches
Over the next several years, new infrared measurements showed that much
of the gas and
clouds and even entire stars
nearest the
center weren't simply rotating with the rest
of the
galaxy.
The vast gas and dust
cloud Sagittarius B2 — which sits
near Sagittarius A * at the
center of our
galaxy — contains traces
of propylene oxide.
In this discovery, reported by Caltech researchers in June, radio telescopes picked up faint traces
of the organic compound propylene oxide in a vast
cloud of gas and dust called Sagittarius B2, which is
near the
center of our
galaxy.
«Even though the Large Magellanic
Cloud is one
of our
nearest galactic companions, we expect it should share some uncanny chemical similarity with distant, young
galaxies from the early universe,» said Marta Sewiło, an astronomer with NASA's Goddard Space Flight
Center in Greenbelt, Maryland, and lead author on a paper appearing in the Astrophysical Journal Letters.