New Method of High Energy Jet Shower Analysis : Relative Four-Momentum between Secondary Particles

概要

論文の詳細を見る
A new method of the analysis of high energy jets is developed. This method is related to the study of the correlation of secondary shower tracks observed in the target diagram which introduces the Lorentz invariant quantity; the spectrum of "relative four-momentum between two secondary particles". The experimental data on high energy jets in emulsion stacks and emulsion chambers (ECC) are analysed by using this method. Comparing the experimental results with the Monte Carlo calculations on the basis of the fire ball model, one can identify fire balls which could not be observed by the knowledge of log tan θ plot only. It is shown that results of a detailed analysis are quite consistent with the H-quantum hypothesis which insists on the existence of energy (or mass) quantum in the violent collision of high energies.
理論物理学刊行会の論文
1968-06-25