A new study was just published today that is the culmination ofa long period of research into quantum entanglement byphysicists from MIT, the University of Vienna, the University ofCalifornia at San Diego, Harvey Mudd College, and the AustrianAcademy of Sciences, which uses ancient quasars to helpconfirm what Einstein once referred to as “spooky action at adistance.”

As reports, this research gives a great deal of supportfor the idea that two particles can be linked to one anotherregardless of how far away they may be from each other withregard to both time and space, which is something that goesagainst everything we know about classical physics.

A New Study May Have Confirmed QuantumEntanglement By Using Light From Quasars

That Are Billions Of Years Old

August 20, 2018

The new research on quantum entanglement in relation to ancient quasars givesfurther evidence of what Einstein once referred to as 'spooky action at a distance.'

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KristineMoore

MIT News

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To illustrate how very strange the notion of quantumentanglement is when it comes to classical physics, picture inyour mind two particles that sit across the universe from eachother.

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By using the theory of quantum mechanics, the only way thatthese two particles could be legitimately entangled would be ifthey shared physical properties in a manner which made it sothat if you were to measure one of the particles it wouldimmediately “convey information about any futuremeasurement outcome of the other particle.”

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#Light from ancient quasars helps confirm #quantumentanglement @MIT @physrevlett phys.org/news/2018-08-a…6:26 AM - Aug 20, 2018

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Light from ancient quasars helps confirm quantum entangle…Last year, physicists at MIT, the University of Vienna, andelsewhere provided strong support for quantum entanglement, theseemingly far-out idea that two particles, no matter how distantfrom each...phys.org

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Physicists have questioned whether quantum entanglementmight be a feature of some obscure form of classical physics andhave looked into the so-called “freedom of choice” loopholewhich is “the possibility that some hidden, classical variablemay influence the measurement that an experimenter choosesto perform on an entangled particle, making the outcome lookquantumly correlated when in fact it isn’t.”

In February, MIT physicists analyzed 600-year-old starlight todetermine if there was indeed some unknown classicalmechanism at play with quantum entanglement and discoveredthat if this was the case, then it was something which wouldhave had to have begun 600 years ago, long before theexperiment had even been conjured up and, of course, before

the star first emitted light.

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The new study on quantum entanglement has gone even furtherthan the previous one in February, and this time physicistslooked at entangled photons in relation to two differentquasars, one whose light has finally reached us after 7.8 billionyears with the second one even more ancient at 12.2 billionyears.

After observing the quantum entanglement of 30,000 pairs ofphotons, MIT co-author Alan Guth noted that if classicalphysics were to account for this phenomenon, then it wassomething which would have had to start 7.8 billion years ago,which seems very unlikely.

MIT’s David Kaiser stated that considering the fact that the

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“If some conspiracy is happening to simulate quantum mechanics by a

mechanism that is actually classical, that mechanism would have had to

begin its operations — somehow knowing exactly when, where, and how

this experiment was going to be done — at least 7.8 billion years ago.

That seems incredibly implausible, so we have very strong evidence that

quantum mechanics is the right explanation.”

Earth is 4.5 billion years old, it seems quite unlikely that therecould be another explanation for this quantum entanglement inrelation to quasars outside of quantum mechanics.

The new study that used two very distant quasars to helpconfirm quantum entanglement has been published in

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PhysicalReview Letters

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“The Earth is about 4.5 billion years old, so any alternative mechanism —

different from quantum mechanics — that might have produced our

results by exploiting this loophole would’ve had to be in place long before

even there was a planet Earth, let alone an MIT. So we’ve pushed any

alternative explanations back to very early in cosmic history.”

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