
For aircraft fuselage, body, and wings: PNRPU scientists found a way to improve the properties of polymer resins
Synthetic materials became 3 times stronger

Synthetic materials became 3 times stronger

The planet's diameter has decreased by approximately 50 meters due to the cooling of its interior

Microalgae grown on industrial emissions increased rapeseed germination to 97% and accelerated growth by 13%

The shape reduces heat loss and wind load, while CLT panels make the structure five times lighter than reinforced concrete

The platform stabilizes gyroscopes inside the drill pipe and allows data to be obtained without stopping operations

Individual manufacturing parameters were selected for each type of raw material

The first microcracks appear only after 650 kg - this is three times higher than peak household loads

PNIPU's development automatically maintains the optimal cutting angle, reducing equipment wear

The material has a six-fold safety margin and predictable hydrolysis rate

Development by PNIPU, RAS, and Skoltech may bring mass adoption of perovskite batteries closer

Two-stage technology reduces the defective layer by 61%

Ultraviolet light triggers an immune reaction against the body's own cells