Abstract
The process of multijet production in e +e − collisions is interpreted as a critical phenomenon in the quark-gluon system formed at small distances and distributed along the hyperbolas t 2 − x 2 = τ 2 during its space-time evolution. The appearance of colourless hadronic jets in the critical region τ ≈ τ c ± Δτ is assumed to imply Kadanoff scaling in the one-dimensional system specified by the rapidity distribution of jets along the original qq̄ direction. The consequences of the model for multijet production at present and future experiments is discussed.
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