BASIC CONCEPTS AND APPROACHES TO THE CREATION OF METAMATERIALS

Abstract

The paper reviews the main concepts and approaches to the development of the geometry of metamaterials, which are
the main types of artificially constructed materials that have properties that cannot be obtained naturally. At the same time, the
internal architecture of such materials allows to ensure their unique and at the same time controlled effective properties. The
influence of the microarchitecture of such materials on the spread of microwave processes in metamaterials is analysed. Such
materials are extremely important in the development of meta-devices. The review is also carried out in the direction of studying
the impact of the development of metamaterials on the development of various devices and devices (microwave sensors, photonic
devices, antennas, energy harvesting and superconducting quantum interference devices)