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We apply Laplace method for the tree diagrams to calculate the interferenceterms arising as a result of summation of particles permutations in the finalstate of scattering. These terms significantly influence the values ofexperimentally observed quantities. We show that the tree diagram with a singleinput line and an arbitrary number of output lines has a maximum value for theequal four-momenta of secondary particles. It means the tree diagrams ofinelastic scattering describe the formation of parton and hadron showers. Wealso demonstrate the need to take into account the contributions frominterference between different showers.

Description of interference in hadron and parton showers by Laplace method