Search by tag «Research Project» 208 results

• ITMO’s New AI Model Analyzes Papers 90 Times Faster

  Researchers from ITMO University and Lomonosov Moscow State University have rolled out NanoMINER – a multi-agent system that automatically extracts and processes data from scientific papers on nanomaterials and nanozymes. The algorithm analyzes each text in one minute, whereas doing it manually takes an average of 90 minutes. NanoMINER shows an impressive accuracy rate of up to 98% and can accelerate research in materials science, bionanotechnologies, and other fields. The results of the study are published in npj Computational Materials.

  08.07.2025

• New Type of Axion Response Predicted by ITMO Scientists

  Physicists at ITMO University have found a new type of an electromagnetic response in a medium. The newly discovered phenomenon has been dubbed a dual axion response and is different from the usual axion response, which has been a common research subject in photonics and condensed matter physics lately. The discovery casts a fresh perspective on previous experimental data and lays the foundation for a new field of study. The research is supported by the Russian Science Foundation and published in Nature Communications.

  04.07.2025

• ITMO Researchers Create Next-Gen Light-Emitting Components for Displays

  Researchers from ITMO University and the Pohang University of Science and Technology (POSTECH) in South Korea have merged a metasurface and a 2D semiconductor to produce a next-gen light-emitting element that is 1,600 times brighter than a semiconductor surface and even more durable and thinner than same-brightness analogs. The new material will pave the way for ultra-thin screens and other optical devices. The resulting paper was published in Light: Science & Applications.

  03.07.2025

• ITMO Physicists Propose a New Method for Studying Ultrafast Magnetization Oscillations

  Researchers from ITMO University, along with Nobel laureate Frank Wilczek, have suggested using low-frequency signals to study ultrafast magnetization oscillations in magnetic materials. The technology makes it possible to examine processes that are difficult to observe via other methods. The results of the study, supported by and ITMO’s 2030 Development Strategy and the Russian Science Foundation, were published in Physical Review Letters.

  24.06.2025

• ITMO’s Monday Science Roundup #80

  From a breakthrough in medical research to educational opportunities for current and future students – here are the top science news of the past two weeks.

  02.06.2025

• ITMO’s Monday Science Roundup #79

  From AI-driven solutions to chemical breakthroughs, here are ITMO’s top scientific highlights of the recent weeks.

  19.05.2025

• ITMO’s Monday Science Roundup #78

  Twice a month, we bring you the latest in research, tech, and education at ITMO University. This time, we’ve got science fiction made real, exciting opportunities for budding AI specialists, and success stories from school students and accomplished researchers.

  05.05.2025

• ITMO’s Monday Science Roundup #77

  What will humans eat in the future? How are scientists accelerating the development of cancer cures? And what does research have to do with a well-shaped sausage? Find out in today’s science news digest.

  21.04.2025

• AI, Next-Gen Biomaterials, and Quantum Technologies: Insights From the 14th Congress of Young Scientists

  The 14th Congress of Young Scientists has wrapped up at ITMO University. The event brought together over 3,000 school and university students from all over Russia, 350 of whom were granted awards for best reports and will be able to enter ITMO’s Master’s and PhD programs without entrance exams. Read on to learn more about this year’s projects and the contest’s perks.

  16.04.2025

• ITMO Researchers Create New Material for Ultrafast Optical Chips and Transistors

  An international team of scientists was first to demonstrate that halide perovskites can serve as a base for nonlinear on-chip optical components. As an example, they can be used to build ultrafast optical chips and transistors, and, potentially, other integrated optical systems. Unlike other materials, halide perovskites can operate at room temperature and are inexpensive to produce. The results were published in ACS Nano and supported by the Priority 2030 program.

  15.04.2025