The present work deals with the changes which evolve in the tribosystem from the viewpoint of the quantum theory of measurement. It is shown that measurement both enables to determine some parameters of the friction unit and affects the tribosystem structure and properties. The theoretical argumentation in the article is based on the most fundamental concepts: the non-force quantum fields, non-local correlations, quantum entanglement, and model of H. Everett. The tribosystem evolution is viewed as the set of spatial transitions from non-local original state to tribosystem material state registrable by measurement. Some conclusions from the evolution quantum model are confirmed experimentally by studying triboplasma matter as a quantum object.