  For the first time, the concept of CHTW-systems as a multidimensional
representation of Petri nets, based on the assumption of the spatial
distribution of tokens (resources) in positions (branes) and, accordingly, the
spatial representation of transitions and arcs is proposed. The theoretical
constructs are based on the concept of hybrid functional Petri nets [10]. The
introduced concepts of branes and carriers are distant analogies of the
corresponding concepts in superstring theory, but the theory of CHTW-systems is
neither part of superstring theory nor its development. The description of
CHTW-system as a dynamic system for stationary and non-stationary cases is
considered. The initial classification of CHTW systems is provided enabling
understanding of further research directions.
