Russian physicists found what breaks quantum states
Ordinary electron interactions explained less than 15% of coherence losses
NITU MISIS
New aluminum alloy for 3D printing, retaining hardness at 300°C, created at NUST MISIS
Calcium in the composition replaced nickel
From alloys for aircraft engines to exoskeletons: Moscow Polytechnic presented top 5 breakthrough developments
Among the university's best inventions are a biosensor for kidneys, electrodes for electric vehicles, and an electronics assembly center
Magnets without rare earths: a manganese-vanadium alloy yielded 90% magnetic phase after quenching
Scientists at NUST MISIS bypassed dependence on Chinese raw materials for UAVs and robotics
Fuel from Air: NUST MISIS, RAS, and Skoltech are Changing the Game
CO₂ is being turned into a resource using a nanocatalyst
Stronger than steel and 3 times lighter: NUST MISIS scientists have created a material for space and aircraft
Innovative aluminum can withstand heating above 300 degrees
Tungsten Heaters Started Being 3D Printed
A new technology from NUST MISIS engineers allows making parts cheaper and faster than classical casting and assembly methods
New Aluminum Alloy with Calcium and Titanium Developed at NUST MISIS for the Automotive Industry of the Future
The unique material combines high heat resistance, wear resistance, and ductility
New Algorithm for Improving the Reliability of Quantum Communication Developed at NUST MISIS and HSE
Method for lightweight machine learning systems will improve the efficiency of quantum key distribution
Scientists at NUST MISIS have created an alloy for wires resistant to high energy loads
A compound of aluminum with zirconium and rare-earth elements provides strength without loss of electrical conductivity
Inexpensive Catalyst for Recycling Oil Waste Created at MISIS
The development reduces the activation energy of thermal decomposition by 25%
New Method for Accelerated Optimization of Optical Character Recognition Systems Developed at NUST MISIS
Scientists Present a New Method for Rapidly Configuring OCR Systems
Strengthened by 30%: MISIS scientists have increased the strength of cement using graphene
Graphene oxide nanosheets reduced porosity and increased the strength of ACC - now it is ready for operation in extreme conditions
New High-Strength Steel Alloy for Aviation and Automotive Industries Developed at NUST MISIS
The alloy combines high strength and ductility, offering an economical alternative to expensive nickel materials