American physicist proposed a model of the universe with three dimensions of time instead of the usual space

In a new paper, physicist Gunter Kletecki of the University of Alaska suggests an alternative concept for the structure of the universe. The model is based on the idea that the foundation of the universe is not three spatial dimensions with one time, but three independent time dimensions, from which space arises as a derivative effect.

Kletechka developed a mathematical model describing a world with six axes: three axes of time and three axes of space. At the same time, space in the theory acts not as a basis, but as a consequence of the interaction of time dimensions. According to the scientist's calculations, particles and fundamental forces interact in a three-dimensional time structure. Calculations have shown that the model is able to reproduce known physical parameters, including the masses of elementary particles such as electrons, muons, and quarks. The values obtained during the simulation are close to those observed in real experiments.

Previously, concepts with multiple time dimensions have already been put forward, but they faced serious logical difficulties, including the violation of causal relationships. Kletechka claims that in his model these problems are eliminated due to the strict ordering of events in all time axes, which avoids paradoxes and preserves the consistency of what is happening.

A distinctive feature of the work is its practical focus: the theory makes concrete predictions that can be tested in experiments in particle physics and in research in the field of cosmology. The model opens up the possibility of a new view on the nature of space and time and their interrelation.