The satellite is likely to repeat its debut performance hundreds of times, helping reveal what happens in the chaotic moments after
huge stars collapse to form new black holes.
Here's the deal with gamma - ray bursts: When
a huge star collapses, it produces a boatload of radiation in concentrated streams.
Not exact matches
I was reading that some recent research on «super-super novae» is that that the very largest
stars collapse, the mechanism differs and
huge amounts of matter / anti-matter pairs are formed internally, which can cause the entire
star explosion to occur in something like an incredible 12 minutes.
Supernovas happen when
huge stars run out of fuel and
collapse, creating an explosion that can briefly outshine their host galaxy.
Such «dark matter
stars» could have been
huge and, when their power source was exhausted, might have
collapsed to form giant black holes.
Black holes are supposed to arise when a
huge star's core
collapses under its own weight - and keeps on going until it is crushed to a point.
Type Ib, Type Ic and Type II supernovae
stars start out so
huge — possibly 8 times the size of our sun — that they cannibalize themselves to the point of
collapse [source: NASA].
We know that these
huge clouds
collapse under for force of gravity to form
stars.
According to Jim Kaler's description of the theoretical predictions of second ascent in
Stars, once core helium is used up in creating a
huge ball of carbon and oxygen, the
star will
collapse inward again.
One new idea is that the very first black holes did not form from dead
stars at all; instead, they formed directly from the
collapse of
huge amounts of gas.