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Tags: quantum theory | electrons | share | information

Quantum Theory Experiment May Prove 'Spooky' Action Rejected by Einstein

Quantum Theory Experiment May Prove 'Spooky' Action Rejected by Einstein
 (AFP)

By    |   Wednesday, 21 October 2015 07:33 PM

An experiment conducted at the Delft University of Technology in the Netherlands may have proved the existence of "spooky action at a distance," The New York Times reports. 

The study proved that two electrons separated by about 1.3 kilometers are able to share information and be affected by each other, a phenomenon known as "entanglement."

Albert Einstein, who rejected quantum physics because it does not follow the same laws as classical physics, said it needed "spooky action at a distance" to work.

According to the researchers, that "spooky action" does indeed exist.

Diamonds placed on opposite sides of the campus were used to hold single electrons so a magnetic property called "spin" could be observed. Microwave and laser energy then measured the "spin" of the electrons.

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An experiment conducted at the Delft University of Technology in the Netherlands may have proved the existence of spooky action at a distance, The New York Times reports. The study proved that two electrons separated by about 1.3 kilometers are able to share information...
quantum theory, electrons, share, information
126
2015-33-21
Wednesday, 21 October 2015 07:33 PM
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