Samarskiy universitet im. Koroleva
The device can see through clouds and fog
A separate heated circuit feeds the starting nozzle at all operating modes
The small satellite "Lobachevsky" will track soil and vegetation conditions from orbit
Scientists at Samara University named after Korolev have enhanced the "brain" of UAVs using an optical matrix multiplication scheme
The device weighs about 1.5 kg and has successfully passed testing
The method improves the accuracy of human motion recognition in various fields
The device will be tested this year
The device flies over water and reaches speeds of up to 90 km/h
The computing system is designed to study the properties of elementary particles
Experimental system demonstrates high energy efficiency and accuracy
The program for assessing the manufacturability of composite products at low economic costs has already been tested in practice
In the future, it is planned to create a real space system for cleaning up debris from orbit
The method consists of "baking" the drone structure in an oven
It detects objects on Earth in a multi-channel spectral display that are invisible to other means of observation
The developments have been carried out since 2022 by order of RCC Progress