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Hyperspaces demensions1/31/2024 Whatever doubts physicists had - and there were many - about the reality of the 4-dimensionality of spacetime (as a unified geometrical whole which could be warped) were erased by the dramatic verification of Einstein's gravity theory (called the General Theory of Relativity) in 1919, when a group of British astronomers led by Arthur Eddington measured the bending of starlight grazing the sun during a solar eclipse. Current mathematical methods suggest that there are only a few "natural" possibilities for the number of these comparable directions.Ī brief history of hyperspace theory Albert Einstein in 1915 introduced the idea that gravity is to be explained as the warping of four-dimensional (4-d) spacetime. Such hyperspace theories suggest the possibility that everything in the universe can be described in terms of fundamental physical components that vibrate within the constraints imposed by the multiple extended and compact dimensions of hyperspace. Superstring theories are a particular class of hyperspace theories that are of interest to physicists who are attempting to find a fundamental physical theory that unites all known physical forces and particles. Hyperspace is also known as the way to travel faster than light speed in Science Fiction. Hyperspace theorists generally believe that the laws of nature are simpler in higher dimensions. Hyperspace theories are largely a mathematical theory but their developers often attempt to make them of use to physicists. Hyperspace Theories Hyperspace theories are concerned with theoretical systems that have more than the familiar three spatial dimensions. Many popular unifying theories operate in many-dimensional hyperspaces a good example is string theory, which invokes 11 dimensions! Although these theories are partially successful at reproducing conventional physics, they remain very incomplete and largely unproven. Theories like quantum mechanics and general relatvity could then be "derived" from the same unified theory, resolving the compatibility issues. Many physicists are therefore trying to develop "unifying" theories, or theories that interpret the Universe at a more fundamental level than the ones we currently have do. However, some of these theories are incompatible with each other in certain physical regimes: for instance, general relativity doesn't work very well at describing systems where quantum mechanics is important, and vice-versa. Conventional physical theories like general relativity, quantum mechanics and electrodynamics require only 4 dimensions. Whether this actually exists or not is still a matter of debate. What is Hyperspace A hyperspace is a space with more than the "usual" 4 dimensions, that is 3 spatial dimensions and 1 time dimension (the 3 spatial and 1 time dimensions are collectively referred to as "spacetime"). Hyperspace HYPERSPACE A presentation by Ivan Botev, Preslav Rachev and Tseno Stoyanov A presentation by Tseno Stoyanov Ivan Botev and Preslav Rachev
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