The Nobel Prize in Physics goes to 3 scientists residing in the United States for their work in the field of quantum technology

Stockholm John Clark, Michelle Deforit and John M Martinis won the Nobel Prize in Physics on Tuesday for their research on a mysterious quantum tunnel that works to develop digital technology.

Clark, 83, conducted his research at the University of California, Berkeley. Martini at the University of California, Santa Barbara; Davorit at Yale University and also at the University of California, Santa Barbara.

Clark told reporters when announcing his victory over the phone after informing him of his victory, “The phrase that was a surprise to my life.”

He praised the other winners, saying that “their contributions are enormous.”

“Our discovery in some aspects is the basis of quantum computing. At this moment, it is not quite clear to me what suits this.”

However, Clark, speaking from his mobile phone, added: “One of the main reasons for making mobile phones is all this work,” however, adding to his mobile phone.

The Nobel Committee said that the work of the award -winning holders in the 1980s still provides opportunities to develop “the next generation of quantum technology, including quantum encryption, quantum computers, and quantum sensors.”

“It is a great thing to be able to celebrate the way a century has been presented a century ago, new surprises are constantly. It is also very useful, as quantum mechanics are the basis of all digital technology,” said Oli Ericsson, Chairman of the Nobel Physics Committee.

The 100 -year -old mechanics field deals with the world without atomic that seems impossible as the keys can be turned and stopped at the same time and parts of atoms appear across what appears to be unbearable barriers. The award -winning trio has helped transfer this to the wider world, as it enjoys the ability to enhance computing and communications.

What the three physicists did “is to take the size of something we cannot see, and we cannot touch it, and we cannot feel it and raise it to the level of something that can be recognized and made something you can build on,” said the editor -in -chief of Physics Today, Richard Fitzgerald, who worked in the nineties in this field within a group of competitors.

“Curtain computers are one of the very clear uses, but it can also be used for quantum sensors, so that you can make very sensitive measurements, for example, for magnetic fields, and perhaps also for encryption, to encrypt information so that a third party cannot listen to them easily,” Mark Pears, a professor of astronomical physics and a member of the Nobel Physics Committee, told Associated Press.

This is the 119th time that the award has been awarded. Last year, the pioneers of artificial intelligence, John Hobfeld and Jeffrey Hinton, won the Physics Award for their help in creating basic building blocks.

Mary E. Bronco, Farid Ramzel and Dr. Shimon Sakajui, Nobel Prize in Medicine, on Monday, for their discoveries on how the immune system attacks germs, not our bodies.

Nobel ads will continue with the chemistry award on Wednesday and Literature on Thursday. The Nobel Peace Prize will be announced on Friday and the Nobel Memorial Prize in Economics on October 13.

The award ceremony will be held on December 10, on the anniversary of the death of Alfred Nobel, the rich Swedish industry man and the inventor of the dynamite who established the awards in 1896.

The prizes have an invaluable place and a cash prize of 11 million Swedish cranes (about $ 1.2 million).