Tuesday, January 26, 2016

Neutrino transmissions anticipate the communications revolution of the future

The year 2012 revealed that messages can be sent through these particles with almost no mass, abundant in the universe. For some scientists, it was equivalent to the first communication in Morse code achieved by Guglielmo Marconi in 1897.

In early October, the Japanese Nakaaki Kajita and Canadian Arthur B. McDonald received the Nobel Prize in Physics for their work on the oscillation of neutrinos, subatomic particles of which little is known. The real scientific milestone was proving that they have mass, although reduced, about twelve times smaller than the proton. This discovery re-floated interest in these particles without electromagnetic load, which in 2012 were able to transmit information just as Guillermo Marconi in 1897 managed to send a first signal in Morse code.

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