Mass Spectrum of Three-Pion System in Kaluza-Klein Picture

In this note we present additional arguments in favour of Kaluza and Klein picture of the world. In fact, we show that formula (1) provided by Kaluza-Klein approach with the fundamental scale early calculated [1] gives an excellent description for the mass spectrum of three-pion system. In our previous papers [1, 2] we have presented the arguments in favour of that the Kaluza-Klein picture of the world has been been observed in the experiments at very low energies where the nucleon-nucleon dynamics has been studied. In particular we have found that geniusly simple formula for KK excitations provided by Kaluza-Klein approach gives an excellent description for the mass spectrum of two-nucleon system. In article [3] we have presented additional arguments in favour of Kaluza and Klein picture of the world. In fact, we have shown that simple formula provided by Kaluza-Klein approach with the fundamental scale early calculated [1] gives an excellent description for the mass spectrum of two-pion system. Surely, this was quite an event and, certainly, this very nice fact encouraged us to continue the study of the other hadronic systems in this respect. Taking this line we have performed an analysis of experimental data on mass spectrum of the resonance states of three-pion system and compared them with calculated values provided by Kaluza-Klein scenario. In this note we present the results of this analysis. As in the previous cases let us build the Kaluza-Klein tower of KK excitations for three-pion system by the formula