Star detector in the relevant heavy -ion collector
Brook Haven National Laboratory
We are getting closer to understanding when the strong nuclear power loses its grip on the most basic ingredients of the material, and the quarters and gluten inside the particles suddenly turn into a warm particle soup.
There is a special combination of temperature and pressure on which all three stages of water – liquid, ice and vapor – are simultaneously present. For decades, researchers have been looking for a similar “critical point” for a strong nuclear power substance, which tied the quarters and glue to protons and neutrons.
Breaking ions in Partical Coaliders can create a state where strong strength breaks and allows quarters and globon to make SOO “quarter gloners plasma”. But it is misbehavior that before this transition is before an important point. In California, Lawrence Berkeley in the National Laboratory, Xin Dong and his colleagues, are now close to cleaning it.
He analyzed the number and distribution of particles created after the breakdown of two very energized gold ions in the relevant heavy -ion collector at the Brook Haven National Laboratory in the New York state. Dong says he was effectively trying to make a phase phase for quarters and gloves. This map that shows what kind of strong force allows to be formed in different situations. The new experience did not eliminate the important point of this map with great certainty, but it significantly harassed the region where it could happen.
This phase is a part of the aragrams where the material is slowly “melted” in the plasma, as the butter on the counter is softened, but in this important point, sudden liquid water will be harmonized with a sudden transfer like a sudden piece of ice in the water, which is not in harmony, which was not involved. She says that this new experience will not only serve as a leader to find this point, but also revealed which particle features can offer the best indicators that she has.
Claudia Rati at Houston University in Texas says many researchers are enthusiastically expecting this new analysis because it has achieved a accuracy that cannot achieve previous measurements, and did this for a part of the phase of the phase where theoretical calculation is notorious. He says recently, many predictions about the critical point of view have joined each other, and the challenge for experimental people will be to analyze the low -energy data of the collision according to these predictions.
Dong says the unclear point of this important point will be a generation of generations. This is partially because the strong force is the only basic force that physics doubts that it has an important point. In addition, this force has played an important role in the formation of our universe: it has ruled the properties of the hot and dense material born after the Big Bang, and it is still ordering the structure of the neutron stars. Dong says that the New Coordular experiences like the new can help us understand what happens within these foreign cosmic items once we complete a strong force phase diagram.
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