The bioprinting 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
The new microelectrode is planned to be used in the search for epilepsy foci and to suppress phantom pain
High-ductility titanium alloy will reduce production defects
New material made of copper and tungsten withstands extreme temperatures and radiation
The development will allow treating burns and soft tissue damage
Purity of the synthetic material reaches 99.8%
The material is planned for use in astronautics and cryogenic industry
The device makes it possible to obtain results in real time
The price of perovskites is 2.4 times lower than that of silicon, and their production does not require as much high-precision equipment
New technology will improve the quality of parts for the space industry and mechanical engineering
The development is suitable for use in the Arctic and the Far North
The development can be used in optics, biomedicine and electronics
These superconducting qubits outperform other options in terms of isolation of computational states and coherence time
New heat-resistant composites are designed for temperatures above 300°C