According to CERN’s next director, advanced artificial intelligence revolutionizes basic physics and open windows for the fate of the universe.
Professor Marktomson, a British physicist who undertakes CERN leadership on January 1, 2026, promises the progress of particle physics that promises to be comparable to the AI -driven prediction of the protein structure won the Google Deepmind Scientists AA. It is said that the road is open. Nobel Prize in October.
With a large Hadron Collider (LHC), he key to how the particles have gained mass at the first moment of the big bang and whether our universe is amazing. He said a similar strategy was used to detect a rare event to hold. The brink of catastrophic collapse.
“These are not a gradual improvement,” said Tomson. “These are very significant improvements that people are doing by adopting truly advanced techniques.”
“It will be very transformed in our field,” he added. “It’s a complex data, like a protein folding, so it’s a very complicated problem, so if you use incredibly complex technologies like AI, you’ll win.”
CERN’s council claims to be a circular coat in the future, and intervention occurs. Since Higsboson’s epoch -making discovery in 2012, some people are skeptical about the lack of huge hit results on LHC. However, Thomson said that AI has provided a new propulsion to hunt new physics on the shadow scale. He said that major upgrades could cause major discoveries after 2030, when the LHC’s beam strength increased by 10 times.
This enables unprecedented observation of Higsboson, called God’s particles, and gives other particles and ties the universe.
“There is a specific measurement of Higsboson, which is very basic for the nature of the universe,” said Tomson. “We are looking at producing two Higsboson at the same time as one Higsboson.”
This is a phenomenon called Higgs’s self -coupling that scientists can measure how Higgs particles can measure how to give mass for the first time.
Two higsboson appears immediately, and the particles are very inevitable -If it exists, it will quickly collapse into a familiar particles -5 years ago, Thomson assumed that this exceeded LHC’s abilities. Ta. “I’m convinced that we are going to do a good measurement now,” said Tomson.
Higgs’ self -coupling strength is important to understand how particles suddenly acquire mass due to changes in Higsfield, one second after the Big Bang. It can also clarify whether Higgsfield has reached the final stable and restless state, or if there is a possibility that another dramatic transition will occur in the future. The standard model of physics suggests that this is possible, but no alarm is required.
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“It’s not even our stars that can happen on a relevant time scale,” said CERN’s theoretical physicist, Dr. Matthew McCallow. “So it’s not connected to humanity in that sense. On the other hand, it’s a scientific question -Is this possible?”
According to Thomson, “It’s a very deep basic characteristics of the universe, and we don’t fully understand it. If we confirm that Higgs self -coupling is different from the current theory, it is already. It will be a large and large discovery.
AI has been injected in all aspects of LHC operation, from determining which data to collect to how to interpret it. “When the LHC is colliding with the proton, it must make about 40 million seconds and make a decision within the microseconds. In the LHC ATLAS experiment.” We are 20 times more than 20 years ago. Most of the data has been done at least 20 years ago.
Scientists have long hoped that LHC can generate dark substances, which are considered to make up most of the universe. However, considering that the nature of the dark substance is completely unknown, searching for it is a challenging task. According to Thomson, the generated AI may help you separate this puzzle. “I can start asking more complicated and free questions,” he said. “Rather than searching for a specific signature, asks” Is there something unexpected in this data? ” “
