Two diamonds the size of stud earrings have been made to share quantum entanglement,meaning that spooky action at a distance works at the classical level. This experiment suggests that the more we become aware that quantum mechanics functions also on the large scale, the more we are going to come to see Newtonian Physics not as a reality, but as an organizing illusion that we are imposing on reality.
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Quantum theory predicts that observation alters reality. While many other quantum phenomena, such as spooky action at a distance, have been tested and found to be true, it has never before been possible to test whether or not the observer has any effect of what is being observed. That’s about to change.
In the quantum world, an unobserved event has neither happened nor NOT happened: it exists as a possibility, which only turns into one or other when we make an observation. Until that time, a molecule may exist in a state of "superposition," which is a contradiction, because it means being in no place or every place.
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In quantum physics (NOTE: Subscribers can still listen to this show), two linked particles, once they are separated, follow the exact same fate, no matter how far apart they are. This is called "quantum entanglement" and it could open the door to time travel.
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Could time travel be real? (NOTE: Subscribers can still listen to this show). A lot of this depends onwhether or not quantum indeterminacy can be seen in the macro, rather than just the tiny “micro” world, and now this has happened, in an observation of a tiny bit of metal the size of a human hair, which is small but can still be seen without a microscope. Quantum physics is one of the fascinating subjects that Anne Strieber discusses with Russell Targ on this week’s Dreamland.
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