For the first time, researchers have succeeded in imitating the basic process of universe particle Acceleration in the laboratory: the first series of discoveries that will change our understanding of cosmic rays. Now, scientists from the universities of Birmingham and Chicago have developed a small, 100 micro -metric French Accelerator, in which mobile optical potential barriers collide with trapped atoms, in a partial copy of how cosmic particles choose energy in space. This technique not only produces a copy of the cosmic ray, but also sets a new benchmark in Quantum Acceleration Technology.
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According to the results published in the physical review letters, this fully -controlled setup demonstrated particle action through a framey mechanism proposed by Physical Enrico Ferme in 1949. The long theory to be subjected to the cosmic ray generation, this process was never credited to the lab. By combining the benefits of energy with particle disadvantages, researchers formed an energy spectra like observers in space, offering the first direct verification of the bull results, which is the foundation stone of the cosmic -ray physics.
In Ferme Acceleration, ultraclined atoms are accelerated to more than 0.5 meters per second, using laser -controlled barriers. Dr. Amita Deb, a co -and researcher at Birmingham University, mentioned, ‘Our chimney is more powerful than traditional quantum nano measurements, which are the world’s best acceleration tools so far, and when its simplicity and small size may be forced, its theoretical speed is the most attractive. Ultracard nuclear jets can be easily controlled by high precision in later experiments.
This progress means that for the first time, complex astronomical events such as shocks and riots can be done in the experienced laboratory. It also opens new avenues for high -energy astronomical physics and quantum veptic control and quantum chemistry applications.
Researchers intend to know how different behavior affects the energy cut office and acceleration rates. This type of compact Ferme Excelor can be the basis for the study of basic physics and can also be connected to emerging technologies such as atmotronics.
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