The alloy combines high strength and ductility, offering an economical alternative to expensive nickel materials
Unlike existing expert assessments, the algorithm analyzes accurate data on equipment operation
New three-dimensional structures will help restore muscles after serious injuries
The development allows detecting gas molecules with high accuracy — from acetone to toxic compounds
It will help animals restore their ability to walk without repeated surgeries
New humin-based catalyst increases the efficiency of chemical processes
Improved algorithms have shown their effectiveness while maintaining the accuracy of modeling
The process involves creating a mold blank using inkjet 3D printing with an organic binder
NUST MISIS and Osteo-Syber have created the first domestic line of resorbable medical structures
Material based on barium and strontium ferrites demonstrates twice the resistance to demagnetization
The new method is already used in the production of gas turbine aircraft engine blades
The process of scaling quantum computers and increasing the number of quantum bits in these computing machines will become easier
The development should help pharmaceutical companies test drugs for cancer treatment
Bio-printing device restores damaged organs in just five minutes
Russia has developed a high-strength material that will form the basis for parts in the nuclear industry and other industrial sectors