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The prize was recognized for his contribution to the study of the spintronic and electronic properties of nanomaterials with a specific atomic structure. Together with colleagues, Sorokin developed a theory of a chemically induced phase transition, which makes it possible to transform graphene into two-dimensional diamond. This theory became the basis for the synthesis of ultra-thin diamond films around the world. The award also recognized his work in the study of heterojunction from graphene and Heusler alloy, which is extremely promising as a basis for the development of various spintronic devices based on graphene, such as readout sensors, MRAM, and high efficiency spin transistors.



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Laboratory of Digital Material Science

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Contacts:

ldms@misis.ru

+7(495)955-00-63

room 407, 4bld1, Leninsky pr., Moscow, Russia, 119049

- научные исследования

- наноматериалы

- моделирование

- материаловедение

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