Journal of Modern Classical Physics & Quantum Neuroscience

Abstract

Currently, according to physics, symmetry breaking cannot occur in the case of continuous symmetries (in the case of symmetries of equations, symmetry breaking has already been proven to occur: some discrete symme tries are also broken in the weak interaction, namely the P, C and CP symmetries; and the spontaneous sym metry breaking, however, is a different chapter in physics), i.e. according to the generally accepted position, the Charge Parity Time symmetry always remains.

Returning to the issue of discrete symmetries, symmetry breaking is a precise indication that the physics of na ture has not been fully defined in effective theories. Because if there were no symmetry breaking in the physics of the equations (these are not natural continuous symmetries, but discrete symmetries), the universe could not exist, as has been proven in many studies. Therefore, if we refine our description of the physics of nature with further research, there is no need for symmetry breaking. Precisely, this further step is provided by the theory of quantum gravity that we have developed; the correctness of the theory is also proven by the fact that everything can remain symmetrical in the physical system of nature, there is no need for symmetry breaking in our complete, 11-dimensional time-space model and description of physics, because it takes better into account the functioning of physical nature (the time space is not an incorrect text, but a significant change).

Based on the quantum gravity theory we have developed, the above and all the important open fundamental questions of physics can be answered. The experimentally created CPT symmetry breaking is one of the start ing points of this new theory and proof; therefore, we can state that based on theoretical and experimental results, the continuous symmetries of nature, including the CPT symmetry, are demonstrably violated, and to a large extent (I repeat, this symmetry violation only exists within the framework of the current effective theory and this problem is immediately solved in the new quantum gravity theory).

So, this symmetry breaking can be detected directly, by well-evaluated measurements, at any time. This means that, as stated above, the 4-pulse invariance, energy conservation and with it the Lorentz covariance - in variance are violated, and gauge symmetry is broken, in the framework of the current basic, proven (usually four-dimensional), effective theories. However, in the theory of Quantum Gravity, this is not necessary, the continuous symmetries are not broken.

For a more detailed understanding of quantum gravity, I recommend my published article: Research & Reviews: Journal of Pure and Applied Physics, Published: 09-May-2025, DOI:10.4172/2320-2459.13.1.001.

The topic of our following study is to introduce the CPT symmetry breaking, by presenting the basic experi mental results and the corresponding theoretical derivations. Related to this, my article given above allows you to get to know the new physical model based on the CPT symmetry breaking better. At the same time, the theory of quantum gravity is largely based on the knowledge and proof of the Charge Parity Time symmetry breaking