Abstract
We show that correlations betweenx- andy-components of the secondary particle momenta together with an amount of stochasticity and coherency account for the transverse energy (momentum) spectra observed recently in high energy collisions of leptons and hadrons. Relations obtained within the framework of quantum statistics involving the coherent state expansions are applied to e+e− (at √s ≈ 14 GeV), pp (26 GeV), ¯pp (900 GeV) and p + Au (200 GeV proton beam) collisions. The comparison of theoretical relations with data leads to sufficiently accurate conclusions. However, more experimental results of the same collision are needed as far as the values of the parameters involved should be determined uniquely.
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One of the authors (M. B.) acknowledges with pleasure the fruitful discussions with Drs. J. Peřina, L. Kubáček, D. Krupa, J. Pišút and M. Seman.
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Blažek, M., Blažek, T. Transverse energy flow in lepton and hadron induced reactions at high energies. Czech J Phys 39, 361–367 (1989). https://doi.org/10.1007/BF01597795
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DOI: https://doi.org/10.1007/BF01597795