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2-10-2021, 12:21

Quantum Entanglement & Einstein's Spooky Action at a Distance Explained

Category: E-Books

Quantum Entanglement & Einstein's Spooky Action at a Distance Explained
Quantum Entanglement & Einstein's Spooky Action at a Distance Explained
English | October 9, 2017 | ISBN: N/A | ASIN: B076BTF6P3 | 345 pages | EPUB | 12 Mb


"More intellectual curiosity, versatility and yen for physics than Elliot McGucken's I have never seen in any senior or graduate student. . . Originality, powerful motivation, and a can-do spirit make me think that McGucken is a top bet." -Dr. John Archibald Wheeler, Princeton University's Joseph Henry Professor of Physics
There exist many excellent books on Quantum Entanglement, but so far, none of them have presented a *physical* means nor mechanism accounting for quantum entanglement.
What is quantum entanglement? Why is entaglement? How is quantum entanglement? All these questions, and many more banished ones, are asked and answered in this revolutionary book which humbles itself before the giants of the quantum ranging from Planck, to Einstein, to Bohr, to Schrodinger, to Heisenberg, to Dirac, to Wheeler, to Feynman.
How is it, exactly, that two photons sharing a common origin can yet remain entangled no matter how far apart they travel? How can two photons separated by the width of our galaxy yet be connected in such a manner so that measuring one of them *instantaneously* influences the other?
While no useful information can yet be transferred faster than the velocity of light, both quantum theory and dozens quantum experiments now exalt the physical effect of entanglement's instantaneous influence which travels faster than light.
How can this be? What is entanglement's deeper source? What physical mechanism underlies quantum nonlocality? What foundational physical reality exalts entanglement?
Dr. E turns towards his Princeton days working with the Noble J.A. Wheeler and Nobel Laureate Joseph Taylor, and he invokes the geometry a fourth dimension expanding at the rate of c relative to the three spatial dimensions. The expansion distributes locality into nonlocality, so that even as two photons travel apart from a common origin, they yet remain entangled as they share a common locality exalted by the fourth expanding dimension.
At long last, a *physical* mechanism is presented which accounts for quantum nonlocality and entanglement.
And it turns out that this very same *physical* mechanism of a fourth expanding dimension also accounts for special and general relativity, time and all its arrows and asymmetries, and the second law of thermodynamics, as well as quantum probability, which is shown to walk hand-in-hand with quantum nonlocality and entanglement.
Albert Einstein: A theory is the more impressive the greater is the simplicity of its premises (dx4/dt=ic), the more different are the kinds of things it relates (relativity, the quantum, time, dark matter, dark energy, entanglement) and the more extended the range of its applicability.
Sir Isaac Newton: Truth is ever to be found in simplicity (dx4/dt=ic), and not in the multiplicity and confusion of things (string theory's 40+ dimensions, multiverse mania).
Albert Einstein: Any intelligent fool can make things bigger (the multiverse), more complex (the string theorists' landscape), and more violent (the multiverse televangelist's violence against simple Truth and Beauty). It takes a touch of genius-and a lot of courage-to move in the opposite direction (dx4/dt=ic).
Recently the LIGO/VIRGO collaboration detected the existence of gravitational waves, thusly affirming Einstein's predictions that the geometry of the space-time dimensions bend, curve, and move. Einstein's general relativity showed that space-time was not just a stage, but that it was part of the performance, as it too could move in arbitrary manners.
Gravitational waves propagate via undulations of space and time. LTD Theory builds upon this firm foundation of mobile dimensions by postulating and proving that the fourth dimension is expanding at the rate of c relative to the three spatial dimensions, as given by x4=ict which naturally implies dx4/dt=ic.
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