The future circular collision (the artist’s impression) will initially break the electrons and its anti -partisan parties.Credit
CERN’s ambition took a three -fold speedy construction like Hadron Al Kabir Corporation (LHC) a big step forward on March 31 with a huge feasibility study of the project. But possible scenarios will be presented on how to finance the new device at a later time.
The European particle physics laboratory, near Geneva, has not officially decided whether the FCC’s Future Corporation project, which is 91 km or other options for new Implicants, will be decided, but the study will feed on a long -term CERN review that dates back to the end of next year.
“This study is the result of a huge work of the work carried out by the cooperation of the International Federal Communications Committee.” “If it is approved and implemented, the Federal Communications Committee (FCC) may become the most unusual tool that humanity has ever built to study the laws of nature at the basic level.”
Great designs
the The feasibility study of three volumesWhich was contributed by about 1500 physicists and engineers, and its cost is 15.32 billion Swiss francs ($ 17.4 billion) to dig a 91 km round tunnel and build a machine to destroy electrons together on anti -particles, in the middle of 2040. This would enable high -resolution studies of Boson Highgs and other known particles.
The largest machine in science: Inside the battle to build the following giant particles collision
The second phase of the project – which will reuse the tunnel and collision with two protons, such as LHC – on the Internet until 2072 as soon as possible, will cost 18.8 billion Swiss francs. This estimate is dependent on the assumption that the proton collision will work in 85 TERA-Electronvts (TEV)-which is six times higher than LHC, but less than 100 TEV that initially suggested. Gianotti told the correspondents that this was a conservative assumption based on the use of high-end-to-do-field magnets with a high-end-to-width of protons around the circuit-available today. Continuous research on advanced advanced connection materials can place higher capacity on hand for 91 km, and perhaps up to 120 tev.
The head of the Cernantinos Fountas Council told the correspondents that the study would provide a “very strong land” to enable the council to reach an enlightened decision on whether the project will be moved. Antonio Zokoli, head of the National Institute for Nuclear Physics in Italy and one of the country’s delegates, agrees to CERN, saying that the group has done a “very strong work” on technical design estimates and cost estimates.