at the institute of applied physics, he was engaged in the development of devices and his knowledge in programming. helped in one moment. it's just that a friend tells me that you know that we have an antarctic expedition. we have a whole center that does this and says, try i went for an interview. they had a question about organizing communication with the mainland, that is, to conduct the internet to set up a satellite at the antenna. i say, well, let's try. and everything worked out since 2020. during the expedition, our team communicates with their relatives and friends. people with great pleasure communicated in all messengers with their relatives, already wrote letters, watched the news. who is what, that is, this is such a tremendous unloading, since there is such a psychological component, a very serious expedition is needed at the main place of work. a small part of my work is to provide communication right there, already at the station, it turns out to be prepared. uh, here are these radio stations for communication, because the distance people work. they are not in the offic

at the institute of applied physics. d in the development of devices and his knowledge in programming came in handy. and at one point, just a friend says to me, and you know that we have an antarctic expedition. we have a whole center deals with it and says, try it, i went to the interview. they had a question about organizing communications with the mainland, that is, to set up an internet satellite dish. i say, well, let's try. and everything worked out since 2020. during the expedition, our team communicates with their relatives and friends with great pleasure.

according to the scientific work of the institute of applied physics. skalyga says that our production does not have analogues to this device in the world. what systems? indeed nowhere else in the world is a gyrotron a heating system, in other words, like a microwave, it is only more powerful and helps research in the field of controlled thermonuclear fusion. and if installations of this type are not going anywhere else, there is nowhere to get spare parts for them, and then came to the rescue, the federal program for the modernization of equipment, thanks to it the institute , all the parts necessary for such an installation appeared, because these are new devices that function at the micron level, but their price is far from microscopic and can only be bought at the expense of the institute. as much as you want, it won't work. this is relatively speaking, the expense is a consumable. this is a very expensive consumable, several million rubles for one rod. these are really expensive facilities that open up unique opportunities and, generally speaking,

associated with the creation of his scientific research institutes at the university, when antonika vse sechenko was the rector, he initiated, by the way, the creation of applied physicalems that now bear his name, this was the largest center, and the largest center that worked for the country's economy, created in 1971, the sevchenko research institute of applied physical problems of the belarusian state university is developing the next direction of aerospace technology. and information technologies applied optics nanotechnologies development and production of unique measuring devices using radioactive isotopes. it was created over 50 years ago. well, of course. ah, the creation of the institute itself. she already had purely scientific tasks. a purely scientific direction and, first of all, it was connected, of course, with the implementation of the scientific developments of scientists. here in e. the national economy of the country developed, new branches of production appeared, personnel were needed, and they were trained, including at the university. uh, emphasis was placed on russian science-intensive technologies. new specialties appear from the 1960s to the 1

of his own research institutes at the university, when antoniki was the rector. that's all sevchenko, he did not initiate, by the way, the creation of any applied physical problems name, it was the largest center, and the largest center that worked for the country's economy, created in 1971 by the belarusian sevchenko scientific research institute of applied physical problems university states conducts the development of the next direction of aerospace technology. th information technology applied optics, nanotechnologies development and production of unique measuring instruments using radio active isotopes. it must have been created over 50 years ago well, of course. ah, the creation of the institute itself. she already had purely scientific tasks. the purely scientific direction was primarily connected, of course, with the implementation of the scientific developments of scientists. here in e. the national economy of the country developed, new industries appeared production needed personnel, and they were trained, including at the university. uh, there was an emphasis on these science-intensive technologies. new specialties appear from the 1960s to the 1990s, t

according to the scientific work of the institute of applied physics. that there are no analogues to this device anywhere in the world. more, a gyrotron is a heating system , in other words, as a microwave is only more powerful and helps research in the field of smoke thermonuclear fusion, and if installations of this type are not assembled anywhere else, there is nowhere to get them spare parts, and here the federal program for equipment modernization came to the rescue, thanks to it the institute appeared all the parts necessary for such an installation, because these are new devices at the micron level, but their price is far from microscopic and only at the expense of the institute to buy. as much as you want, it won't work. here, for example, is one small amplifier for a super-powerful laser. this is relatively speaking, an expense is a consumable, but this is a very expensive consumable several million rubles, one rod today in russia, uh, the equipment of the middle price range has been updated in sufficient volume. but i would say that there is s

according to the scientific work of the institute of applied physics. are no analogues to this device in the world, our production of such systems does not exist. really. nowhere in the world. more, a gyrotron is a heating system, in other words, just like a microwave oven is only more powerful and helps research in areas of controlled thermonuclear fusion. and if installations of this type are not assembled anywhere else, accordingly, there is nowhere to get spare parts for them, and then the federal equipment modernization program came to the rescue, thanks to it, the institute got all the parts necessary for such an installation, because these new devices function at the micron level , but their price is far from microscopic, and it’s impossible to buy as much as you want at the expense of the institute, here is one small amplifier for a super-powerful laser, relatively speaking, this is an expense a consumable, but this is a very expensive consumable several million rubles one rod today in russia the equipment of the middle price range has been updat