The legendary American particle collision is about to perform its final destruction

25 years after the gold nuclei was destroyed together at light speeds, the simple relative collision in the National Brookhane Laboratory is suspended his shoes – ultra -connecting magnets.

The final range of the traumatic-25-year-old-week-old was running on Long Island, in a raging song for the esteemed tram that will succeed-in reality, turns into an electronic bumper at the Brookhagen Laboratory (EIC). Over the course of 2025, RHIC physicists will complete the collection of data on the Quark-Gluon plasma, the particle soup in the early days of the universe.

“The original idea behind RHIC was the creation, for the first time on Earth, a case of the material that was present in the universe with a few fats after the big explosion: QUARK-Glun, and we did it,” said James Dnlop, head of the Department of Assistants in Nuclear Physics in Brockhavin’s hideout, in a call with Jizmyud. “This is one of the big legacies – that we have already created – but the most interesting thing is that its characteristics were completely different from what we expected them to be.”

“Do not think that when the water boils, you will make something more liquid than the water itself, right?” Dunlop added. “This is what we actually found: this is that the Quark-Gluon plasma behaves as the most perfect liquid that we know.”

As for the final operation of the RHIC, the maximum priority is to collide with gold in the energies of 200 billion volts. The collision will run these collisions until June, and it will be broken in July and August to avoid experiments at the various summer heat.

The running is scheduled to collect notes on 10 billion event, according to Lijuan Ruan, to participate in the disclosure of the shock star, in a Brockhavin version.

Rawan added: “In addition, we plan to take advantage of the” operators “of our reveals-the documents that analyze the characteristics of collision in the actual time-to gain a large number of events enriched with high-energy molecules.”

Like Cern’s Large Hadron Collider – which is a huge particle bodies with experiments prepared around their surroundings – have many experiences that extract data from their collisions. In the next term, the Ceremral’s SPhenix detector will try to capture data from about 50 billion collision to study the Quark-Gluon.

“By combining these RHIC measurements with high-energy experiments in the Hadron Grand Corps in Europe-who is born QGP at higher temperatures-we will be able to improve our understanding of this strange issue with temperature changes,” Megan Conneys, a physicist at Georgia State University and her participation in SPhenix, said in the same version.

When the RHIC’s final round ends, Brookhane will transfer the collision to the next collision in America, and the Ion Electron, by reusing the older setup components and adding some new ingredients to accelerate the electron. This collision (pardon the pun) will be accused of considering atomic cores, protons and neutrons. The collision will specifically examine strong nuclear force, which links quarks together.

“From RHIC to EIC, scientists draw the transmission of nuclear materials from a heavy hot condition, generate in the collision of golden gold, then plan to use electrons-the smallest projectiles-to investigate cold nuclear materials in EIC.”

Such basic research has effects on nuclear physics projects on Earth, but also understanding the primitive soup of molecules that were at the beginning of the universe. Such basic research is the tide that raises all boats –I presented it Science laboratories are granted resources to support this work.