Scientists from ITMO’s Faculty of Physics have developed MetaDiT, a generative model for automated design of metasurfaces – superthin optical elements that control light at the nanolevel.

Scientists from ITMO University and Peking University (PKU) have developed a compact, energy-efficient memory component that acts as a microscopic light “trap” in a silicon photonic structure.

Researchers from ITMO’s Faculty of Physics and their collaborators from POSTECH were the first to discover an effect that amplifies exciton current by 80 times.

Researchers from ITMO University have built an experimental prototype of the nation’s first portable MRI (magnetic resonance imaging) scanner that is five times cheaper to install and maintain than stationary devices.

Researchers from ITMO University are the first to demonstrate that twisted electrons – particles that not only orbit but also create a sort of quantum vortex in accelerators – can reach immense speeds without losing their quantum properties.

Researchers at ITMO have found a way to manipulate light in integral photonic waveguides using laser pulses. Unlike its counterparts, this particular method is thousands of times faster and done fully optically, without mechanical or electrical input.