HSE Physicists Propose Unified Theory for Describing Electric Double Layer
To develop more efficient batteries and catalysts, it is essential to understand the processes occurring at the metal–solution interface in the electric double layer (EDL). Physicists at HSE MIEM have proposed a unified theoretical model of the EDL that simultaneously accounts for selective adsorption of ions on the surface and partial charge transfer between ions and the metal—phenomena that had previously been described separately. The model’s predictions are consistent with experimental data. In the future, it may be used in the development of batteries, supercapacitors, and catalysts. The study has been published in Electrochimica Acta.
'We Pursue Whatever Interests Us!'
MIEM HSE Professor Lev Shchur is celebrating his 70th birthday. In his recent interview with MIEM HSE News Service, he talks about the first scientific computer network created in the Soviet Union, the state of computational physics today, and the current online and offline work being conducted by his research team of undergraduates and faculty members.
Application period: until May 20, 2026