and he began to work at the institute of physical problems, which he created.equipment was specially purchased, which he had in the monta laboratory. here. uh-huh rutherford said then it can’t save up without this equipment equipment machines ca n’t save up without it and you understand, he answers my question in a much more interesting way than it is written in my script, because i didn’t even ask the union although the correct answer is 1934 once again accumulate he came before. once again he came to the ussr, he was no longer released abroad. quite right. he came to molotov and said that he did not want to work in the soviet union. why a hoard answers, i don’t have such a laboratory as in england, and we will buy it, said molotov, and really bought the equipment for the british for 30,000 pounds and built the institute of physical problems for kapitsa . moreover, he built the institute according to english plans. well, unfortunately, once built there were some difficulties to accumulate overcame them all. but you will tell me at another stage, please. you ar

here are the guidelines for the institute of physical problems. is dacha and organized there from a buoy of physical problems nothing, he made his own equipment and worked on it. quite right. uh, i read the correct answer, i refused to save up to work on the creation of an atomic bomb. this is not something theoretical, this is the life of our country depended. under the leadership of lavrenty beria and in august 1946, the great physicist was removed from the post of director of the institute for physical problems. he retired for several years to a state dacha, far from nikolina gora , and there he organized a home laboratory , made all the equipment himself, and studied various problems. you are so smart it is so nice to talk to you. please tell me, there was one problem that he investigated and said, i would give my whole life in order to solve this problem. well, most of his life, he explored superfluidity. they were sitting liquid. the fact is that it was just at that time that he began to do this. remember, this is a very big problem. still co

of a quantum computer that will be incomparably more powerful than any existing computers, this is not science fiction, but quite a real technological problem that has several ways of solving the physical institutedemy of sciences has assembled a prototype of a quantum computer based on ions and terbium. this technology promises not only incredible performance, but also, possibly, a relatively compact installation. this is a special vacuum chamber in which such a trap is placed with and it has casel metal and terbium, scientists managed to catch them using electromagnetic fields, we make a very complex spatial configuration of electric fields, in which, as in separate single ions are located in the cells, and they stay there for a long time. they can live there for almost a week. this is the first step. now you need to cool them there so that they shake less, there is conditionally less noise, and then with the help of laser light you can control which orbit this very electron we need is in, and this is a quantum computer, this optical table, in fact, the motherboard of the quantum computer, which is being developed by fian together with the russian quantum center, is quite compact for prototype

existing computers, this is not a fantasy, but a very real technological problem, which has several ways to solve the physical institute of of sciences assembled a prototype of a quantum computer on ions and terbium, this technology promises not only incredible performance, but also, possibly, a relative compactness of the installation. this is a special vacuum chamber in which such a trap is placed with and it has casel metal and terbium, scientists managed to catch them using electromagnetic fields. we do very complex spatial configuration of electric fields, in which single ions are located in separate cells, and they stay there for quite a long time. they can live there for almost a week. this is the first step. now you need to cool them there so that they shake less, there is conditionally less noise, and then with the help of laser light you can control which orbit this very electron we need is in, and this is a quantum computer, this optical table, in fact, the motherboard of a quantum computer that is being developed by fian along with the russian quantum center is quite compact for a prototype, given that the ion