Physics

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Revision as of 00:09, 11 April 2020 by Nad (talk | contribs) (The relationship between quantum entanglement and geometry)

Space and time are intimately linked by the fact that all communication of information from one position in space to another takes time, in fact time is the preferred dimension in which to talk about distance! This is true in every day life too; when we're talking about travelling from A to B, it's how long it will take that we're really concerned with, not how far.

The Grand Unified Theory of Classical Physics

The Grand Unified Theory of Classical Physics successfully predicted the mass of the top quark before it was reported and correctly predicted the acceleration of the expansion of the universe before it was observed. It correctly predicts the behaviour of free electrons in superfluid helium and further predicts the existence of new states of hydrogen that are lower in energy than the n = 1 state that represents a new energy source and a new field of chemistry that has far reaching technological implications in power generation, materials, lighting, and lasers. The existence of such states has been confirmed by the data presented in 96 published journal articles and over 50 independent test reports and articles.

The relationship between quantum entanglement and geometry

Physicist Juan Maldacena's research had led him to consider in 1997 the relationship between two seemingly different model universes. One is a cosmos similar to our own. Although it neither expands nor contracts, it has three dimensions, is filled with quantum particles and obeys Einstein’s equations of gravity. Known as anti-de Sitter space (AdS), it is commonly referred to as the bulk. The other model is also filled with elementary particles, but it has one dimension fewer and doesn’t recognize gravity. Commonly known as the boundary, it is a mathematically defined membrane that lies an infinite distance from any given point in the bulk, yet completely encloses it, much like the 2D surface of a balloon enclosing a 3D volume of air. The boundary particles obey the equations of a quantum system known as conformal field theory (CFT). Maldacena discovered that the boundary and the bulk are completely equivalent. Like the 2D circuitry of a computer chip that encodes the 3D imagery of a computer game,

See also