Influence of synthesis conditions on the properties and critical parameters of a bismuth-containing high-temperature superconductor

Abstract

Superconductivity in bismuth materials is of great interest in modern solid-state physics and material engineering. Bismuth superconductors attract the attention of researchers with their unique properties, such as high conductivity temperature, Unusual Electronic Structure and potential for use in quantum technologies. Currently, high – temperature superconductors, due to their unique properties, are becoming one of the most promising materials used in the most advanced fields of Science and technology-energy, electronics, communications, medicine, space technology and others. On their basis, such elements and devices as current-carrying cables, current limiters, power transformers, electromagnetic screens, modulators, antennas, switches and filters of microwave and pulse signals, principle circuits of super-speed computers are manufactured. The annotation to this work contains current trends in research in the field of bismuth-based superconductors. Synthesis methods and characteristics of bismuth materials, their structure, superconducting properties and potential technological applications are discussed. The development challenges and prospects of this industry are also considered, including issues of improving the properties of materials, optimizing production and practical application in various fields such as energy, medicine, quantum computing and electronics. This annotation is an overview of the current state of research in the field of bismuth superconductors and is aimed at the scientific community interested in Solid State Physics, Materials Science and the development of advanced technologies.