Scientists find quantum entanglement on incredibly tiny scales — within individual protons

[Admin]

Einstein may have been troubled enough by entanglement to call it "spooky action at a distance" but scientists have discovered it operates at small scales between quarks and gluons in protons.

Scientists find quantum entanglement on incredibly tiny scales — within individual protons : Read more

 

[Unclear Engineer]

The "non-technical explanation" of this entanglement leaves me cold, and even seems backwards to me. Why "entanglement" would result in "maximum entropy" doesn't seem logical, if entanglement is creating relationships. And how the experiments actually show that the state is in maximum entropy is missing from the article.

And I am left wondering how the entanglement theory relates to the observations of radioactive decay.

 

[bernie]

Einstein may have been troubled enough by entanglement to call it "spooky action at a distance" but scientists have discovered it operates at small scales between quarks and gluons in protons.

Scientists find quantum entanglement on incredibly tiny scales — within individual protons : Read more

Einstein may well have been troubled by entanglement at a distance but surely would have disputed entanglement over sub atomic distances where other forces are at play.

 

[orsobubu]

it is only a matter of time when these entanglement calculations will be ousted as mathematical scams

 

[hlwieser]

it is only a matter of time when these entanglement calculations will be ousted as mathematical scams

Entanglement is not a mathematical problem, it is a natural consequence of relativity, or more concisely a 3+1 (space + time) description of the physical universe. In actuality, the universe is 2 independent 1+1 space time dimensions that overlap, creating the 'illusion' of a 3+1 space time. "Entanglement" is the result of the discreet 1+1 +/- 1+1 interactions. This also explains the recent discovery of "negative time." The universe is a "Clifford torus."