Spin-charge-family theory is offering next step in understanding elementary particles and fields and correspondingly universe

TL;DR

The spin-charge-family theory extends the standard model by proposing a higher-dimensional framework that aims to explain fundamental properties of particles, the origin of families, gauge fields, dark matter, and cosmological phenomena.

Contribution

It introduces a novel higher-dimensional approach with two types of spin connection fields, offering explanations for open problems in particle physics and cosmology beyond the standard model.

Findings

Provides a framework for the origin of fermion quantum numbers

Predicts new phenomena testable in future experiments

Reviews achievements and unpublished results of the theory

Abstract

More than 40 years ago the standard model made a successful new step in understanding properties of fermion and boson fields. Now the next step is needed, which would explain what the standard model and the cosmological models just assume: a. The origin of quantum numbers of massless one family members. b. The origin of families. c. The origin of the vector gauge fields. d. The origin of the Higgses and Yukawa couplings. e. The origin of the dark matter. f. The origin of the matter-antimatter asymmetry. g. The origin of the dark energy. h. And several other open problems. The spin-charge-family theory, a kind of the Kaluza-Klein theories in $(d=(2n-1) +1)$ - space-time, with $d=(13+1)$ and the two kinds of the spin connection fields, which are the gauge fields of the two kinds of the Clifford algebra objects anti-commuting with one another, may provide this much needed next step. The talk presents: i. A short presentation of this theory. ii. The review over the achievements of this theory so far, with some not published yet achievements included. iii. Predictions for future experiments.