MSU employees together with colleagues from Russia and the Netherlands have found a unique approach to the miniaturization of the base cells of digital superconducting electronics, the press service of the university reported. The study is published in the journal Physical Review Applied.
According to the university, the new approach involves increasing the degree of integration of such digital circuits and expanding the scope of their use.
Superconducting digital electronics are used in specialized computing systems in cases where speed and energy efficiency are fundamentally important. Such systems are necessary, in particular, when processing signals from arrays of ultra-sensitive low-temperature sensors or from elements of quantum computers.
In the new work, the scientists investigated different variants of the implementation of the memory cell. “The work will help improve the performance of quantum computers and various low-temperature sensors used in telecommunications systems, radio astronomy,” the report says.
Earlier it was reported that the scientists of Moscow State University conducted a successful experiment on recognizing Russian phonemes during their mental pronunciation.
It also became known that for the first time, American specialists were able to read the thoughts of a paralyzed person.They did this with the help of a neuroimplant that converts brain waves into full-fledged words.& nbsp; More details-in the material АиФ.ги.