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By Cheyenne Macdonald For Dailymail. The Large Hadron Collider has shattered another record, allowing specialists to study a state of matter that existed just after the Big Bang. The LHC recently smashed together lead-ions at trillion electron-volts - two times higher than any previous experiment of this kind.
The experiment reached a temperature of several trillion degrees. Pictured is a graphic of lead ions colliding in the LHC. Season 1 of the LHC experiments confirmed the soup-like state of quark-gluon plasma, along with the existence of 'jet quenching' in ion collisions.
Jet quenching occurs when particles lose energy through quark-gluon plasma. Season 2 specialists will measure a higher abundance of jet energies, allowing for a more advanced understanding of this state of matter. Quark-gluon plasma existed for a few millionths of a second, just after the big bang. Today, these particles work together to create the protons and neutrons that form all matter.
On November 17, the specialists put the heavy-ion beams into collision, and declared them stable days later. At the beginning of life in the universe, matter existed as an extremely hot, dense medium. The soup-like medium was composed mainly of quarks and gluons, which now work together to form protons and neutrons. In this image lead ions collide in the LHCb detector.