Friday, December 13, 2013

Could Particle ‘Spooky Action’ Define The Nature Of Gravity?

Could Particle ‘Spooky Action’ Define The Nature Of Gravity?:
Diagram of a wormhole, or theoretical shortcut path between two locations in the universe. Credit: Wikipedia
Could Particle ‘Spooky Action’ Define The Nature Of Gravity?
Diagram of a wormhole, or theoretical shortcut path between two locations in the universe. Credit: Wikipedia
Quantum physics is a fascinating yet complicated subject to understand, and one of the things that freaks out physics students every is the concept of entanglement. That occurs when physicists attempt to measure the state of a particle and that affects the state of another particle instantly. (In reality, the particles are in multiple states — spinning in multiple directions, for example — and can only be said to be in one state or another when they are measured.)
“Spooky action at a distance” is how Albert Einstein reportedly referred to it. Here’s the new bit about this: Julian Sonner, a senior postdoctoral researcher at the Massachusetts Institute of Technology, led research showing that when two of these quarks are created, string theory creates a wormhole linking the quarks.
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Read the rest of Could Particle ‘Spooky Action’ Define The Nature Of Gravity? (605 words)

© Elizabeth Howell for Universe Today, 2013. |Permalink |No comment |
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