Scientists at the Southern Federal University (SFU) plan to develop a mobile version of a hardware and software complex for ground-based observation of space objects by 2026. This was announced by Anatoly Kalyaev, Deputy Director for Science and Head of the Laboratory of the Research Institute of Multiprocessor Computing Systems (RIS MCS) of SFU.
Currently, researchers have at their disposal a stationary complex with a 16-inch telescope, which provides automated guidance and allows real-time acquisition of high-quality images of space objects. This system is already used to analyze the spatio-temporal characteristics of atmospheric turbulence.
However, mobility is required for more flexible research. According to Kalyaev, scientists are working on creating a compact and energy-efficient version of the complex, focused on use with an 8-inch telescope. Such a device can be easily transported in a car and will allow measuring atmospheric parameters in various geographical locations, which is especially important for studying their spatial variability.
The goal of the project is to develop a mobile measuring point that will provide data collection on the state of the atmosphere depending on the location, which, in turn, will help improve the accuracy of astronomical observations and improve atmospheric correction models.
