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However in certain conditions light behaves as a liquid. Such phenomena studies polaritonic. This is a very young science, the existence of which few people today have heard, but it promises the same scientific and technological revolution, which once made semiconductors.

– Polaritonic is the electronics of the future. Replacement computers electric current lighting will save billions of dollars just for reducing heat loss when transferring information. In addition, many will increase their performance, and most importantly – a real opportunity to create a powerful quantum computer, says Kavokin.

What has he developed? For that he was awarded the prestigious Quantum Devices Award, which was established in the year 2000? If quite simply, that he was able effects associated with the production of the liquid light and use it to create fundamentally new types of lasers, to not at very low temperatures, close to absolute zero and at room. To move the exotic effect of low temperature physics in everyday life. And then, on the basis of these work group Cavatina was created a polariton laser, which can become a basis for creation of quantum computers of a new type.

They will give a powerful impetus to the science – according to many experts, quantum computing could help create vaccines against many diseases: from cancer to the coronavirus because the development of a vaccine – not that other, as the exhaustive search is build of molecules. This is a task that a quantum computer can do best. Also, it will make it virtually impossible to decrypt the data during transmission information, which is important in quantum cryptography, will find application in the creation of systems of artificial intelligence.

– while the American giants Google and IBM are investing billions in quantum technologies based on superconductors, we go at a much cheaper and potentially more promising way of development of polariton platform for quantum computing, says Kavokin. – The prize is for me evidence that our priority in the field of quantum polaritonic recognized by the international scientific community.

According to Alexey Kavokin, today Russia is one of the world leaders in polaritonic – physics involved in light-material quasi-particles, or liquid light.

Today, Alex Kavokin heads to St. Petersburg state University laboratory of optics back, leads the group of quantum polaritonic the Russian quantum center and is a Professor at the University of Southampton (UK).

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Jennifer Alvarez is an investigative journalist and is a correspondent for European Union. She is based in Zurich in Switzerland and her field of work include covering human rights violations which take place in the various countries in and outside Europe. She also reports about the political situation in European Union. She has worked with some reputed companies in Europe and is currently contributing to USA News as a freelance journalist. As someone who has a Masters’ degree in Human Rights she also delivers lectures on Intercultural Management to students of Human Rights. She is also an authority on the Arab world politics and their diversity.