
Robots and UAVs Get New Vision: MIPT Finds Replacement for Lidars
The algorithm learns to understand the depth of a scene through shadows, perspective, and overlaps

The algorithm learns to understand the depth of a scene through shadows, perspective, and overlaps

The algorithm improves signal accuracy and reduces interference

MIPT Device Operates Without Cryogen and is Ready for Use in Medicine, Industry, and Spectroscopy

The algorithm replaces laborious quantum calculations and allows predicting the properties of materials with high conductivity in seconds

The method switches immune cells from defense mode to attack mode

The development will help to more accurately capture signals from space

The status opens up federal funding for science and technology

Russian development surpasses analogues in accuracy by 2 times

The new device will allow the production of microchips for biomedicine and animal husbandry

The development will help reduce heating during device operation

Development surpassed global weather models in predicting vortex structures

The all-terrain vehicle's six-cylinder power plant was developed at MIPT

The material allows dynamic control of light polarization using heat

The technology can be used in next-generation electronics and other fields

The ISS will look like a very bright star - its solar panels reflect light well