Q http://www.kavlifoundation.org/scie...-really-quantum-world-transcript#.VmtChXst3B4 WHAT KIND OF UNIVERSE DO WE LIVE IN? Dutch physicist Ronald Hanson has given us the best answer to that question to date. And Albert Einstein wouldn’t like it. The question revolves around a phenomenon called quantum entanglement, which predicts that changing one particle instantaneously changes the other—even if they are on opposite sides of the galaxy, 100,000 light-years apart. Einstein called this idea “spooky action at a distance.” And he dismissed it, arguing that nothing could move faster than light, so entanglement couldn’t be real. Instead, he proposed that unknown “local factors” must determine the strange properties of these so-called entangled particles. So how did Hanson prove him wrong? He conducted an experiment that builds on the work of a physicist named John Bell. In the 1960s, Bell argued that Einstein’s theory could be tested by separating a pair of entangled particles far enough so that local forces could not act on both of them at the same time and seeing how often their properties correlated. Physicists would also have to take enough measurements to prove their results were statistically valid. Hanson is the first to conduct an experiment that does both. It is the strongest proof of quantum theory to date. His conclusion raises all sorts of questions about the nature of the universe: What physical mechanism entangles particles? How do they communicate faster than light? If it works with an electron, why not a chair? What does this say about the structure of our universe? Quantum entanglement also has a practical side. It could be used in communications, computing, and especially, cryptography. It might provide a physical basis for protecting privacy in ways that can never be broken. UQ
So if you're a program inside a computer, how do you get out? Or at the very least, draw the attention of the programmer/creator?
If you have two magnets with intersecting parabolas, and you interrupt the parabola of one magnet, doesn't the other side have an instantaneous reaction?
Field propagation travels at c. Not faster. The speed at which the material's atoms can align their polarity is <c.
" Changing one particle instantaneously changes the other, even 100,000 light-years apart in galaxy " Apparently something can be "travelling or communicating" faster than light speed, between two locations in the universe. That we, our eyes or conventional equipment, cannot see/observe it yet! Logically there must be another something we need to understand about dark energy/matter. Are these two somethings directly related/connected? Whether yes or no, properly a new kind of physics theory would be emerged soon! http://www.elitetrader.com/et/index.php?threads/a-new-physics-has-just-started-to-emerge.296842/
Are we talking about the same thing? Two magnets, 1 mile apart. Change the magnetic field on one side, it will have an equal and opposite reaction on the other side. Speed of light? Or electrons doing something?