What is it about?
In 1919, the mathematician Theodor Kaluza began to play around with the Einstein formulas for gravity. Out of curiosity, he reworked the equations to see how they look in five, rather than four, dimensions. The exercise yielded an extra set of equations, which were the same as the Maxwell equations for the electromagnetic field. Since the Kaluza calculations yielded an extra set of equations with the formulas for gravity, it is logical to assume that extending the number of known dimensions to five might also extend E=mc^2. This article also visits conservation of mass and energy, electromagnetism, dark matter, dark energy, the Matrix, antigravitons, new irrationals, and VectorTensorScalar Geometry. As the text accompanying Figure 5 says, The counterclockwise rotation does not have to encompass 360 degrees. It can be divided almost infinitely and make up a temporal multiverse that is reminiscent of string theory (a group of binary digits is called a single dimensional bit string). But quantum gravity unites that multiverse with the one spatial cosmos. Finally, the Heisenberg Principle of Indeterminacy is revised. Quantum uncertainty is changed into quantum certainty by irrational equations based on the Matrix and the Mobius strip. Ludwig Wittgenstein, a philosopher, proposed that our understanding of the world is shaped by the language we use to describe it. This concept extends to mathematics, which can be seen as a specialized language. If a person has no doubt that 1+1=2, he or she can never arrive at a truly Unified Theory in which only one thing exists. The maths accepted in 2023 is indispensable in enabling advancements in technology and science that have transformed our lives but is incapable of fully describing Unification. Scientific history has shown that it can go partway. Scientists consequently assume it will eventually go all the way.
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This page is a summary of: The 5th Dimension and its Implications for the String Theory, Conservation of Energy and Heisenberg Uncertainty Principle, IPI Letters, October 2023, Information Physics Institute,
DOI: 10.59973/ipil.29.
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