Search by tag «Research Project» 208 results

• New Discovery Makes Cheap, Compact Lasers Possible

  Researchers from ITMO have demonstrated a novel technique for generation of laser radiation that utilizes perovskite metasurfaces. The solution will pave the way for next-gen lasers that are less than 100 nm thick and require significantly less energy. The invention can be incorporated into compact photonic chips for light control or used as an intense light source in medicine (e.g., for tissue or blood diagnostics), materials processing, astronomy, and other fields. The results of this study were published in the journal Advanced Functional Materials.

  04.04.2023

• ITMO’s Monday Science Roundup #27

  Once every two weeks, we present you with the most insightful, topical, and fascinating tidbits from the world of research and academia at ITMO. This week, discover the latest in photonics research, protect yourself from burnout, and wrack your brain at the prospects of AI.

  03.04.2023

• ITMO Researchers Develop Simple Technology for Fabrication of Microfluidic Elements on Glass

  Scientists from ITMO’s Institute of Laser Technologies have developed a new technology that creates structured microfluidic elements, including channels, reservoirs, and spirals, on a silica surface. Importantly, the novel fabrication method requires only a laser and a single operator, while the resulting structures can be used in microfluidic chips for biomedical research and diagnostics of cancer, diabetes, and cardiac impairments. The results of the study are described in a recent article in Optical and Quantum Electronics.

  31.03.2023

• Results of ITMO's 2030 Open Call for Projects Announced

  All six projects selected by the expert board will now enter development and receive funding from the Priority 2030 program, with the first progress review slated for June 2023. The open call for projects is being held as part of the university’s 2030 Development Strategy.

  24.03.2023

• ITMO Scientists Develop Ultracompact Optical Switch

  The new device includes a structure of single-atom semiconductors and an ultracompact nanoresonator. The switching is conducted with light, via changes in the exciton states in each of the two semiconductor layers. Thanks to its ultracompact size (10 nanometers long and 1.5 nanometers thick), the device can be placed on a chip for use as a logic element in computers for optical information processing. The results of this study, conducted in collaboration with Pohang University of Science and Technology (POSTECH, South Korea), are described in an article published in ACS Nano. 

  22.03.2023

• Bringing New Technologies Closer: ITMO PI Mikhail Petrov Talks Quantum Nanophotonics, Optical Levitation, and Research Management

  Coming from a family of physicists, Mikhail Petrov didn’t have to think long to choose his career path. His career started at one of the best schools in the city, then led him to Peter the Great St. Petersburg Polytechnic University, to Finland, and finally – to ITMO, where he works on his own research, leading a team of young scientists. Among the several projects developed by his team is quantum memory, as well as optical levitation and optical tweezers. In this article, he shares how fundamental research fosters next-gen technologies and offers tips on managing a team of theoretical physicists.

  21.03.2023

• ITMO's Monday Science Roundup #26

  It’s been a while since our latest digest of all things science at ITMO – so strap in for an extra-packed edition! From staggering medical breakthroughs to a whole slew of new Master’s programs, there’s plenty to get you excited about the future of research.

  20.03.2023

• Optical Innovations: ITMO Researchers Create Controllable On-Chip Topological States

  A research team featuring scientists from ITMO University and the City University of New York has successfully created controllable topological states that can be selectively excited on a silicon chip. This is the first time that such an effect was induced in the infrared range and inside a structure just a few microns in size. As proved in the article published in Nano Letters, the flexible control mechanism, as well as its on-chip implementation, can serve as a foundation for disorder-robust optical microchips.

  15.03.2023

• Gut Microbiota Can Predict Immunotherapy Response, ITMO Scientists Say

  In their study of correlations between intestinal microbiota and melanoma treatment results, researchers from ITMO University and the Lopukhin Federal Research and Clinical Center of Physical-Chemical Medicine have come across functional biomarkers that can predict immunotherapy efficacy and beneficial bacteria that enhance immune responses in patients through stimulating the development of T-cells. The findings can be potentially used to develop a pre-treatment diagnostic test and issue recommendations for gut microbiome correction. The results of the study were published in mSystems.

  15.03.2023

• ITMO Researchers Design a Dataset to Study the Functions of Immune Cells

  As a central component of the human immune system, mononuclear phagocytes defend the body by absorbing bacteria, viruses, and dead or damaged cells, thus fighting off infections and helping build immunity. Researchers from ITMO University, together with their colleagues from the Immunological Genome Project (ImmGen), have devised a specialized resource to study mononuclear phagocytes and a novel method for gene expression analysis. Featured in Cell Reports, the results of their work may potentially break the ground for new ways to treat metabolic diseases, such as atherosclerosis and cancer.

  10.03.2023