I think the surprise that is definitely there is the evidence
for early star formation, just 100 million years after the Big Bang.
Not exact matches
Astrophysicist Edwin Turner of Princeton University thinks the implications are «potentially quite important»
for understanding how dust clouds can mask the true
star -
formation rate of the
early universe.
For many years, astronomers have been searching for accretion disks in the earliest phase of star formation, in order to determine their structure, how they are formed, and how the accretion process takes pla
For many years, astronomers have been searching
for accretion disks in the earliest phase of star formation, in order to determine their structure, how they are formed, and how the accretion process takes pla
for accretion disks in the
earliest phase of
star formation, in order to determine their structure, how they are formed, and how the accretion process takes place.
This new image not only confirms the
formation of an accretion disk around a very young protostar, but also reveals the vertical structure of the disk
for the first time in the
earliest phase of
star formation.
Arthur M. Wolfe, an American astrophysicist who
for a decade directed the Center
for Astrophysics and Space Sciences at the University of California, San Diego and achieved widespread recognition
for his discoveries about
star formation and the
early universe, died on February 17 following a battle with cancer in La Jolla, Calif..
Scientists say supernovas like this one may have been responsible
for spewing dust in the universe and boosting the
formation of
early stars.
It will be used
for many different types of astronomical studies ranging from detailed imaging of galaxy clusters in the
early universe to mapping areas of
star formation in our own Galaxy.