Researchers at MISIS University have used algorithms to improve the performance of giant magnetoimpedance (GMI) sensors designed to detect microcracks and defects in buildings. Their new mathematical model automatically compensates for measurement errors, improving accuracy by more than
Russian scientists have identified the most promising material for manufacturing photonic chips that manipulate light directly on the chip itself. The technology could enable photonic memory, fully optical neuromorphic networks, and other devices for transmitting and processing information.
Scientists at NUST MISIS have developed a system that will make it possible to inspect industrial equipment at oil refineries without interrupting production. The system is based on muography, a non-invasive method for determining the internal structure of objects by measuring the attenuation of a natural muon flux using detectors.
Scientists at NUST MISIS have patented special granules designed to repair damaged bone tissue. The material is based on a compound whose composition is similar to the mineral component of bone. By incorporating strontium and silver ions, the new material promotes integration with surrounding tissues and exhibits antibacterial activity. The granule production technology also makes it possible to control the rate at which the material gradually dissolves in the body.
