Speaker
Description
The original idea of this paper stems from the 11th International Conference on Cosmic Rays held in Budapest in 1968. At that time, the constancy of the transverse momentum of the decay product from the “fire ball” produced in cosmic ray interactions was investigated based on our quark potential model. This time, we use the mass relation of the Upsilon resonance states established in the accelerator experiments: Mass (n) = 0.81∙ln(n) + 9.46 GeV where n = 1-7 for the Upsilon resonance states. In order to obtain the Toponium mass, we use this relation. Then, the Toponium mass is predicted as Mass (n) = 0.81∙ln(n) + 347 GeV. However, Toponium decays into Wb-pair, i.e., a competing state may be realized between the resonance and the decay states. In any case, the energy of the Compact Linear Collider (CLIC), which is currently being planned at CERN, has an energy of 190 × 190 GeV, therefore, current prediction will be verified by the future CLIC accelerator experiment.
