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In the framework of the weighted superposition mechanism of different classesof minimum bias events (or substructures), described by the negative binomialmultiplicity distribution, in possible scenarios for pp collisions in the TeVenergy domain, we explore global properties of an eventual new class of events,characterised by high hadron and clan densities, to be added to the soft(without minijets) and semihard (with minijets) ones. It turns out that themain signal of the mentioned new physical expectations at 14 TeV c.m. energywould be an ``elbow structure'' in the tail of the total charged particlemultiplicity distribution in complete disagreement with the second shoulderstructure predicted by Pythia Monte Carlo calculations: a challenging problemfor new experimental work.Comment: 14 pages, 6 ps figures include

Signals of new physics in global event properties inppcollisions in the TeV energy domain