According to foreign media reports, the particle physics research team of the European Nuclear Research Center headquartered in Geneva, Switzerland, plans to build a new underground particle accelerator with a perimeter of 50 miles, approximately 80 kilometers, and is currently a large hadron on the border between Switzerland and Geneva. About three times the size of the collision plane. Since the European Nuclear Research Center discovered the Higgs boson this summer, it has proposed a new collider construction plan. Scientists hope to uncover the mysteries of gravitation in the universe, such as whether gravitation is one of the four basic forces. Why gravity is several orders of magnitude lower than other basic forces.
With the discovery of the Higgs boson, the European Nuclear Research Center looks to the future for particle exploration
The Large Hadron Collider has a total length of 27 kilometers, and the new Super Collider will have 80 kilometers of collision tracks
This super collider will be used to solve the new unsolved mysteries in the universe. Gravitational interactions at the molecular level. The European Nuclear Research Center claims that the particle accelerator is unlikely to be built by 2025, but the team hopes. The super collider had a good start. The current Large Hadron Collider began to introduce proton beams for the first full orbital test in 2008 after 25 years of waiting.
The European Nuclear Research Center's team of scientists is considering a series of collider mission options. The current $4.6 billion particle collider has achieved its intended purpose. In addition to building a new super collider, the researchers also envisage an alternative plan to dismantle the current 26-kilometre, approximately 17-mile collider tunnel near Lake Geneva. 150 meters deep underground, after the removal of the tunnel in the original position to establish more sensitive detection equipment. No matter which kind of collider construction plan will cost billions of dollars, the cost will be shared by the twenty member states of the European Nuclear Research Center.
The researchers believe that a key research area for the new collider is to explore the mystery of gravitation, because at present it is unclear how the gravitational interaction at the particle scale differs from the mechanism of action of large celestial bodies such as planets, stars, and the solar system. . The reason for creating a new particle collider is that scientists are concerned that scientific discovery may be stalled because the development of the collider has not progressed. Peter Higgs first proposed the Higgs boson theory in 1964 and finally waited 58 years before the idea was finally verified. In 1983, scientists first proposed the construction of particle colliders, but construction did not begin until 1998.
The working principle of the Large Hadron Collider is to accelerate the collision of particle beams through a 27-km circular orbit and observe what will happen. Currently, a team of 18 scientists is working on a European nuclear research center roadmap. Including the new collider design. According to the latest survey and evaluation, the new collider orbit can be installed at the interface of the Large Hadron Collider tunnel, or newer, longer tunnels can be re-arranged to make the available perimeter reach 80 kilometers.
This issue was discussed this week at the European strategic preparatory group meeting to be held in Krakow, Poland. According to Jon Butterworth, professor of physics at University College London, “This new super collider will explore the forefront of physics, and now we need to think deeply about particle physics research programs, such as upgrades. The currently used Large Hadron Collider, but in the end we still need a new, more powerful Super Collider." (Everett/compilation)
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