Dynamic and Quantum Effects in Cluster Low-Dimensional Multilayer Solid-State Nanostructures for Element Bases of Micro- and Nanoelectronics

A study is performed of the electrophysical characteristics of nanoclusters and their mechanisms of electrical conductivity, depending on the topology of these structures. Quantum properties and statistics of photons upon the excitation of exciton–polariton states are analyzed. The possibility of creating element bases for micro- and nanoelectronics based on new physical principles is discussed.