Journal of Advances in Physics Vol 21 (2023) ISSN: 2347-3487
https://doi.org/10.24297/jap.v21i.9464
Superconducting Field Theory (the Unification Theory) Sergio Pérez Felipe1, 1Independent Researcher (Software Engineer, Madrid, Spain)
Abstract A Theory of Everything is any model of physics that explains and connects all fundamental interactions (strong force, electromagnetism, weak force, and gravity) into a single force; here we show a path to unify these forces without requiring additional dimensions. Einstein deduced that matter warps space in his theory of 'General relativity', but it has never been possible to explain how. The first part of this document explains the process by which matter (protons and neutrons) can curve space-time (the quantum vacuum) by generating gravity; it unifies the strong nuclear force with the gravitational force. Maxwell established the foundation of electromagnetism with 'Maxwell's equations', defining the displacement current and trying to discover the source of this motion. The second part of this document treats the quantum vacuum as a supersymmetric and metastable system with properties related to the different types of atomic and subatomic particles motion; it unifies motion with the Theory of Everything. Keywords: Unification Theory, Quantum gravity, Strong nuclear force, Quantum vacuum, Dark matter, Dark energy
Contents 1. Introduction .................................................................................................................................................................................... 1 2. Basic principles ................................................................................................................................................................................ 2 2.1 Strong nuclear force ................................................................................................................................................................. 2 2.2 Quantum vacuum ..................................................................................................................................................................... 2 3. Strong nuclear force unification (the Nuclear Quantum Gravity) ................................................................................................... 3 3.1 Fundamentals ........................................................................................................................................................................... 3 3.2 Strong force contraction ........................................................................................................................................................... 3 3.3 Quantum vacuum density ........................................................................................................................................................ 4 3.4 Fundamental interactions......................................................................................................................................................... 6 4. Quantum vacuum unification (the Theory of Everything) .............................................................................................................. 6 4.1 Structure ................................................................................................................................................................................... 6 4.2 Fundamental interactions......................................................................................................................................................... 8 5. Conclusions ..................................................................................................................................................................................... 9 6. Considerations .............................................................................................................................................................................. 10 References ........................................................................................................................................................................................ 12 1. Introduction This paper describes how the nuclear force can compress the vacuum generating the gravitational force with a force equivalent to what we know in the real world as Newton's laws. The exact point at which quantum dynamics transforms into classical physics according to 2 basic concepts: ▪ The strong nuclear force, which has always been a controversial force, is responsible for holding the atomic nucleus together and today the forces that govern their internal dynamics are largely unknown. It has been underestimated due to its extremely small field of action in the search for a possible interaction with the gravitational force, but if we turn our attention to its internal interaction instead of its external one, we can create a basic piece for a somewhat more complex and extremely important model. It was responsible for the origin of string theory with the S-matrix, a physical system in which the point-like particles are replaced by one-dimensional objects called strings, although it later drifted towards any type of vibration in space.
▪ The quantum vacuum or aether, which has been ignored to a certain extent, can be responsible for the most important interactions over long distances, perceived as a metamaterial medium capable of transmitting light in a vacuum as many experiments have tried to explain from Lorentz to Michelson-Morley, or as an energetic field as demonstrated by the Casimir effect as well as the Lamb shift. Its topological structure has been another source of discussion, developing branches like twistor theory, spinors, or knots in an attempt to explain spin interactions, being the guilty party for all vibrational states of particles. This physical theory uses only 3 spatial dimensions and time, being compatible with the Standard Model: the strong nuclear force behaving as a two-dimensional force with a mathematically described internal force, and the quantum vacuum capable of maintaining different types of motion using a hypothetical multistable system. The final structure aims to explain, starting from basic concepts, its relationship with some of the most important behaviors found in the world of physics.
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