Geneva (AP) – Scientists in the largest atom in the world issued a plan A much larger caliph It can help solve the remaining puzzles of physics.
The plans of the future circular collision-a ring of approximately 91 km (56.5 miles) along the French border border to the bottom of the Geneva Lake-were published late on Monday, put the final details in the project approximately after a decade of time Cern, European Nuclear Research Organization.
The study puts features such as the proposed path, environmental impact, scientific aspirations and the cost of the project. Independent experts will take a look at Cern-member states, all of which are decided by European except for Israel-in 2028 whether it should be moved forward, starting in the mid-twenties of the last century at a cost of about 14 billion Swiss francs (about 16 billion dollars).
CERN officials have described the promise of scientific discoveries that can push innovation in areas such as coolers, super -conductor magnets and vacuum techniques that can benefit humanity. External experts pointed to the promise to learn more about Boson Highgs, The particle is out of reach This helped to clarify how the issue was formed after the big explosion
“This group of reports represents an important milestone in this process, but the full sense of the possibility of obtaining its fruits will only be known through accurate studies by scientists, engineers and others, including politicians who must make difficult decisions at a time when uncertainty in the day is governed by a day,” said Dave Tupac, professor of physics and astronomy in Texas,, said
“She worked for years in Vermilab Tivatron in the United States, which was not a study, and who has worked for years in Vermilaba Tivatron in the United States, which was not affiliated with the study and an exciting opportunity for a particle physics community, and in reality all physics, on the global theater,” said Tupac, who did not belong to the study, which has worked for years in Vermilab Tifatron in the United States, which was not a study, and who has worked for years in Vermilaba Tivatron in the United States, which was not affiliated with the study and an exciting opportunity for the particle physics community, and in reality all physics, on the global theater.
Almost a decade of time, CERN’s upper minds were cooking plans for a successor to Hadron’s Grand Breakm, a network of magnets that accelerate particles through a 27 km underground tunnel (17 miles) and raised together at speeds approaching the speed of light.
Working in particle collision In 2013 confirmed the existence of Highgs Boson – The central piece in the puzzle known as the standard model that helps to explain some of the main forces in the universe.
Cern’s scientists, engineers, and partners behind the study on at least 100 different scenarios of the new collide before leaving a proposed 91 km surrounded at an average depth of 200 meters (656 feet). Serne said the tunnel would be about 5 meters (16 feet).
“In the end, what we would like to do is a collide that will reach ten times more than we have today,” Cern’s spokesman Arnoud Maroller said. “When you have more energy, you can create heavier particles.”
Now he added that the largest collision will also offer more accuracy to help with the features of Higgs Boson, which we have a “kind of blurry image” now.
