MODEL OF PROGRAMMED MICRO- AND NANOSTRUCTURES

Mathematical models of technological design of new structures for implementation of heterogeneous discrete functions of several arguments based onmultiplexer micro- and/or nanoelectronic structures have been developed. Increasing the versatility of modern large micro- and nanoscale circuitscomes into conflict with their specialization, which reduces the reproduction volumes of each typical sample. It is possible to eliminate the discrepancybetween versatility and specialization by professional design of devices with programmable structures. Coding is performed not for reproduction ofbinary information processing algorithms, as implemented by a microcontroller, but by structural settings of nano- and micromultiplexers. The resultsof comparative modeling obtained in the work confirmed the equivalence of their functioning, as well as the advantages of quantum nanoscale multiplexersin speed, power consumption, reliability and scaling of technological dimensions on a crystal. However, modern nanoscale devices remain operationalonly in space applications.