The tiny red spot in this image is one of the most efficient star-making galaxies ever observed, converting gas into stars at the maximum possible rate. The galaxy is shown here in an image from NASA's Wide-field Infrared Survey Explorer (WISE), which first spotted the rare galaxy in infrared light. Credit: NASA/JPL-Caltech/STScI/IRAM
1 posted on
04/25/2013 8:47:21 PM PDT by
SunkenCiv
To: SunkenCiv
Oh big deal. American Idol turned gas into stars for a couple of years at least...
4 posted on
04/25/2013 8:49:37 PM PDT by
43north
(BHO: 50% black, 50% white, 100% RED)
To: SunkenCiv
5 posted on
04/25/2013 8:52:49 PM PDT by
GeronL
(http://asspos.blogspot.com)
To: SunkenCiv
Give it a minute and the Obama regime will find a way to tax it.
7 posted on
04/25/2013 9:00:38 PM PDT by
SkyDancer
(Live your life in such a way that the Westboro church will want to picket your funeral.)
To: SunkenCiv
Give it a minute and the Obama regime will find a way to tax it.
9 posted on
04/25/2013 9:01:26 PM PDT by
SkyDancer
(Live your life in such a way that the Westboro church will want to picket your funeral.)
To: SunkenCiv
That is one pissed off galaxy.
11 posted on
04/25/2013 9:12:58 PM PDT by
BipolarBob
(Happy Hunger Games! May the odds be ever in your favor.)
To: SunkenCiv
1960 Ford Galaxie Sunliner convertible
12 posted on
04/25/2013 9:20:32 PM PDT by
Liberty Valance
(Keep a simple manner for a happy life :o)
To: SunkenCiv
G_d created all of this.
You tell him what can or can't be done....
13 posted on
04/25/2013 9:42:54 PM PDT by
rawcatslyentist
("Behold, I am against you, O arrogant one," Jeremiah 50:31)
To: SunkenCiv
I 'read' the audio book "The Disappearing Spoon", got an appreciation for how stars work. Gravity tries to compress matter close enough to cause nuclear fusion, but thermal kinetic energy will try to keep atoms apart. The higher the rate at which lighter atoms fuse, the more heat will be produced; the increasing temperatures will then serve to reduce the rate of fusion, which will in turn stabilize temperatures.
As the supplies of lighter elements get used up, temperatures drop, allowing pressures to grow high enough to fuse heavier elements. Each heavier element becomes less effective at producing heat, however, until iron is reached. Beyond that point, fusion ends up absorbing heat rather than producing it; at that point, the quasi-equilibrium between gravity and thermal kinetic energy completely breaks down, and the star's collapse accelerates until all the built-up energy gets released in a super nova which sends all sorts of stuff spewing every which way.
It's mind boggling to think that clouds of hydrogen can be dense enough to form together and start stellar furnaces, but sparse enough that the stars thus formed remain distinct. The scale of the phenomena involved is incomprehensible.
14 posted on
04/25/2013 9:59:17 PM PDT by
supercat
(Renounce Covetousness.)
To: SunkenCiv
The throttle must be stuck wide open on this galaxy.
17 posted on
04/26/2013 4:29:08 AM PDT by
Flick Lives
(We're going to be just like the old Soviet Union, but with free cell phones!)
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