Nobel Prize in Physics has been given to John Clarke, Michel H. Devoret and John M. Martinis for their QUANTUM Mechanics from the newest generated computerized computer.
“There is no improved technology used today that do not trust in the Quantum Mechanics, including calls, cameras … and the Fiber Optic Committee,” said Nobel committee.
The announcement was made by the Royal Sweden Academy of Sciences at the Stockholm news conference in Sweden.
“Putting gently,” said Professor John Clarke, born in Cambridge, Ok and now working at the University of California in Berkornia.
Michel H. Devoret was born in Paris, France and is a professor of the University while John M. Martinis is a university in California, Santa Barbara.
Three winners will share the 11 Swedish Pronomer awards (£ 872,000).
The Nobel committee saw the success of the success of three men in a series of 1980s in electric tests.
In words of the committee, “the receipt of the macroscopic quantum mechanical tilinal tiliLulical decrolinal rinituler and the number of power in electric state”.
Even the garden often looked as a partner, this is found to feel confused.
But her results have been a larger and reaching away. Electronic devices Most of us use depending on, and findings are used to form large computers.
“This is something that leads to quantum computer construction
He said that I refused that his work had completed four decades ago to qualify for a highly respected prize.
“I was completely frightened. At that time we didn’t know it somehow that this would be the basis for Nobel’s prize,” he said.
Quantum Mechanics deals with smaller behavior in small world. Referred to which particles such as electron is made in a country below atom.
The Dianka Clarke looked at how these particles are evident to break laws such as walking on the power of the power of the Normal Physics that is impossible – something called “Tuning Tuning”.
The quantum quantum is used, electron, electron can be filled with a barrier.
Their work showed that the suspension of a minimum unit could also be built on Quantum World, but also in electronic gatherings ‘in real land’.
This information is included in scientists in making such quantums today.
“These are really good news, and are very worthy,” said Professor Lesley Cohen, associated with the Department of Physics at Imperial College London.
“Their work has set the foundations of the quubonduting superconducting – one of the great technological technical hardware.”
Previously winners of Nobel’s award in Physics
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2024 – Geoffrey Hinton and John Herfield for their work in AI and the study of the machine;
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2023 – Pierre Agestini, Ferenc Krausz and Anne L’Huilier for work at the Atoseconds – the shortest light pulses can be used to shape and learning instant processes within the atoms;
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2022 – Alain feature, American John Clauser and Austrian Anton Zeinger Research in Quantem Mechanics – a science that explains the environment in the smallest scale;
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2021 – Syukuro Manabe, Klaus Hasselmann and Giorgio Parisewed to promote our complex systems, such as global weather;
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2020 – Sir Roger Penrose, Reinhard Genzel and Andrea Ghez received a prize for their work in the form of black holes;
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2019 – James Peebles, Michel Mayor and Chier Beoloz shared the award for findings of the ground in all space;
