This is just a loud trolling of the layman publics, because the quark gluon plasma has been observed before years at the Tevatron just during lead-lead collisions.
. Lead-lead collisions are much more energetic than lead-proton collisions. So finding this here is indeed surprising (and fascinating)This is just another nonsense, as the quark gluon plasma has been observed even during pure http://blog.vixra...ns-maybe collisions). Nothing surprising is therefore with the lead-proton collisions.
"You don't expect quark gluon plasma effects" with lead-proton collisions, Roland says. "It was supposed to be sort of a reference run—a run in which you can study background effects and then subtract them from the effects that you see in lead-lead collisions."
Those heavy-ion collisions produce a wave of quark gluon plasma, the hot soup of particles that existed for the first few millionths of a second after the Big Bang.
only a matter of time until they open up an unstable worm-hole!
so you think that science journalism is ultimately destructive to society?Of course not, but when exaggerated it can be harmful even for evolution of science. The problem is, the weak but systematic negative effects are overlooked with deterministically thinking people systematically. Whole the ignorance of cold fusion or dense aether model is about deterministic bias of science: the ten effects manifesting itself with 60% reliability don't count like single effect which is manifesting itself with 90% reliability, because it cannot be expressed with math so easily. For many physicists the phenomena doesn't exist, until its not modeled mathematically. And vice-versa, at the moment, when physicists have perspective of jobs and salaries in mathematical modeling of phenomena, then this phenomena gets interest into account of theoretically less interesting, but practically often way more important phenomena. It just illustrates the cognitive bias of contemporary science.
Feel free to correct me on anything I may have gotten wrong.
Dawkins already assessed that any black holes that the LHC would potentially create would disipate before they could eventually become bigger
Collisions between protons and lead ions at the Large Hadron Collider (LHC) have produced surprising behavior in some of the particles created by the collisions. The new observation suggests the collisions may have produced a new type of matter known as color-glass condensate.
Color-glass condensate is the form regular (baryonic) matter undertakes when travelling at relativistic speeds (close to light speed). The length of the nucleon(s) shortens (Lorentz length contraction), the gluons flatten to produce a kind of a wall. Due to time slowing (time dilation), the liquid type quark gluon plasma which exists within nucleons sort of freezes. In the short term the gluons act as a solid while over a long period they act as a liquid (which is the same with silica, glass).
This new form of matter is just regular matter under relativistic speeds.
Arcbird
Nov 27, 2012