Nobel Physics Prize Awarded to Sleuths of 'Spooky' Quantum Science

“Their results have cleared the way for new technology based upon quantum information,” the Royal Swedish Academy of Sciences said of the laureates — Aspect, who is French, Clauser, an American and Zeilinger, an Austrian.

The scientists all conducted experiments into quantum entanglement, where two particles are linked regardless of the space between them, a field that unsettled Albert Einstein himself, who once referred to it in a letter as “spooky action at a distance”.

“I’m very happy … I first started this work back in 1969 and I’m happy to be still be alive to be able get the prize,” Clauser told Reuters by phone from his home in Walnut Creek, California.

He said he had witnessed his initial work snowball into much larger experiments. China’s Micius satellite, part of a quantum physics research project, was constructed in part on his findings, he said.

“The configuration of the satellite and the ground station is almost identical to my original experiment. Mine was about 30 feet, theirs is thousands of kilometers.”

Asked to explain his work in layman’s terms, he joked he does not understand it himself but added that the interactions it describes permeate almost everything.

Prize ‘Long Overdue‘

“Probably every particle in the universe is entangled with every other particle,” Clauser said, chuckling.

Zeilinger told a press conference by phone after hearing the news that he was “shocked, but very positive.”

He said in an interview this year after being awarded an honorary doctorate that protected quantum communication over potentially thousands of kilometres via cables or satellite would soon be on the cards.

“It is quite clear that in the near future we will have quantum communication all over the world,” he said at the time.

Quantum physics is the study of matter and energy at a subatomic level involving the smallest building blocks of nature.

In background material explaining the prize, the academy said the laureates’ work involves “the mind-boggling insight that quantum mechanics allows a single quantum system to be divided up into parts that are separated from each other but which still act as a single unit.”

“This goes against all the usual ideas about cause and effect and the nature of reality.”

Sean M. Carroll, Professor of Natural Philosophy at Johns Hopkins University, told Reuters the prize for the trio was long overdue.

“Even though the … experimental techniques that these folks pioneered might not directly applicable, they’re laying the ground work for using quantum entanglement as a technological resource,” he told Reuters.

Experiments 

The laureates explored in ground-breaking experiments how two or more photons, or particles of light, that are “entangled” because they come from the same laser beam, interact even when they are separated far apart from each other.

Aspect is a Professor at Universite Paris-Saclay and École Polytechnique, Palaiseau, near Paris. Clauser worked at Lawrence Berkeley National Laboratory, Lawrence Livermore National Laboratory, and the University of California, Berkeley, among other institutions during his career, while Anton Zeilinger is professor emeritus at the University of Vienna.

The more than century-old prize, worth 10 million Swedish crowns ($902,315), is awarded by the Royal Swedish Academy of Sciences. Physics is the second Nobel to be awarded this week after Swedish geneticist Svante Paabo won the prize for Physiology or Medicine on Monday.

The physics prize has often taken centre stage among the awards, featuring household names of science such as Albert Einstein, Max Planck, Pierre Curie and Marie Curie, and rewarding breakthroughs that have reshaped how we see the world.

Announced over consecutive weekdays in early October, the physics prize announcement will be followed by awards for chemistry, literature, peace and economics, the latter added in 1969 to the original line-up. ($1 = 11.0826 Swedish crowns)

Read the original article on Euronews.