Supreme Theory of Everything: The New Standard Model of Particle Physics is Coming

Abstract

Ulaanbaatar Tardad

The Standard Model (SM) of particle physics is widely accepted as the most successful scientific theory in history. In a broad sense, the Standard Model can not only be optimized but also developed into a vast scientific framework that encompasses everything from elementary particles to the universe. If we imagine this as a building, we have already collected a large amount of building materials and tested and prepared the inputs, norms, standards, and quantities. But the first and most important task, the building blueprint, is not optimal and is too general. The force carriers cannot represent the Standard Model's internal interaction mechanisms. Consequently, many puzzles remain unsolved. This article aims to show that hysteresis, a well-studied scientific phenomenon that can solve these puzzles, is a viable new candidate for the Standard Model. Based on the theory of hysteresis, Gordon Kane's study of particle masses, and the Hertzsprung-Russell diagram in astronomy, a new penetrating approach to the SM was developed, and the similarities and differences between the SM and hysteresis were compared. The results were in perfect agreement. Therefore, the properties of the SM were interpreted by the theory of hysteresis. It was shown that the internal processes of the SM are carried out not by force carriers but by a complete mechanism of hysteresis interactions.

Lagrange's formula is a set of physical laws, so it does not give precise results, but can only give one, two, or a few answers in the end. On the contrary, the law of hysteresis is the fundamental law that governs all types of interactions within the SM and provides practical results, explanations, comparisons, and applications. Based on this, auxiliary laws outside the SM can work separately and actively.

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