Closing In On The Quark-Gluon Plasma
Martin writes "A series of presentations and a press conference was held today at Brookhaven National Laboratory about new
results from the Relativistic
Heavy Ion Collider. The latest run was finished only a few weeks
ago. The results are a new milestone in the search for the Quark-Gluon Plasma, a new
state of nuclear matter. The data were analyzed on large
Linux clusters at BNL and in Japan and France, with the biggest cluster of
about 1100 dual-CPU nodes located at the RHIC
Computing Facility. It's nice to see that results are out so soon
after the data were taken. There were previous stories about RHIC on /.,
here(1),
here(2)
and here(3)."
Pretty cool.
I'm going to name my band "Quark-Gluon Plasma". All my fans will call it "QGP" for short. It's much cooler than "Bose-Einstein Condensate".
On a slightly more serious note...
The article links to a helpful physics primer if you, like me, need a little help understanding subatomic physics. (I'm just have a lowly Math degree.)
A little googling turned up this awesome page on subatomic particles called The Particle Adventure. This is the most accessible physics lesson I've ever received. Awesome.
This is the most fun I've ever had with subatomic physics: Quark Dance!
obviously no deficiencies vs. no obvious deficiencies
It was discredited with the simple truthful statement that a neutrino interacting with matter in the Earth could potentially release more energy than RHIC could generate in it's lifetime. i.e. higher energy reactions than those generated at RHIC occur all the time, all around us; and, we're still here.
of course, I'm paraphrasing a little...