The new test results obtained on a ion accelerator show that the universe is similar to liquid in a few microcodies that initially formed, rather than similar to the hot gas that is dispersed like it is like originally imagined. The scientists pointed out at a suggestion held at the US Physics Association on April 18 that this new discovery not only revisit physicists to understand the early universe, but also allows scientists to better understand how various sub-original particles are. It affects each other at the basic level. This discovery may also reveal why there is a wonderful similarity between the ventust and the atomic gravity. The US Brook Black Wen National Atomic Laboratory uses the relative argument of heavy ion accelerator in 2000 to 2003, and the temperature generated by each impact is above 5 billion degrees Celsius. The physicist believes that the accelerator is like a "time machine", because there is less than 100,000 in the "universe", the entire universe is also in this high temperature. Scientists have been considered that under the high temperature conditions of the big bang, it is now scattered in the proton and neutrical quarks. However, by reproducing the initial moment of the universe, the relative argument of the ion accelerator indicates that most of the quarks and the gum are not fired around, but the injection of the shares. Samus, deputy director of Brook Black National Atomic Laboratory, High Energy Physical and Nuclear Physical Laboratory Project, Allense, said, "The substance we have created is like a liquid close to the perfect liquid." Said the physicist Perfect liquid "means a liquid completely viscous. The viscosity of the liquid can affect the flow capacity of the liquid and hinders the object therein. In reality, "perfect liquid" does not exist, but this is very useful in theory. Theoretical physicists have recently proposed the viscosity of objects phagocytized by black holes. This statement is proposed according to a branch theory of physics physics. Some physicists have assumed that there is a more in-depth connection between black hole phenomena and the phenomena produced after the two gold atom cores collisions after collision in the hemition. For scientists, any opportunity to link these two distinct phenomena may be a chance to move towards the peaks of high energy physics.
