Search by tag «Research» 575 results

• ITMO Researchers Suggest New Laser Microscopy Method

  At the foundation of the new method is the phenomenon of Raman scattering. If the researchers’ idea is implemented practically, its use will help expand the possibilities of laser microscopy. An article on the subject was published by Advanced Photonics Research.

  09.03.2021

• ITMO Master’s Student Tatiana Statsenko on Internship Abroad During COVID-19

  Tatiana Statsenko, a second-year Master’s student at ITMO’s ChemBio Cluster, has recently spent a month and a half doing an internship in Skopje, the capital of North Macedonia. There, together with her colleagues from the Saints Cyril and Methodius University, she explored the synthesis of perovskite nanocrystals. ITMO.NEWS talked to Tatiana to learn more about her work, internship, and experience of living abroad during the pandemic.

  09.03.2021

• Smart Light: ITMO Researchers and Students Create Lighting System That Adapts to How Its Users Feel

  Authors of the project study the way the level of illumination and different color temperatures affect people’s emotional state and productivity. Based on a series of experiments, the researchers will create an adaptive system that will accommodate the working cycles of several people in one room. 

  04.03.2021

• ITMO Researchers Develop Method for Production of Hollow Nanoparticles From Liquid Metal

  Hollow nanocapsules are widely used for various purposes: from targeted drug delivery to catalytic reactions in petrochemistry. An article on the method was published in Chemistry of Materials.

  03.03.2021

• ITMO Researchers Develop Biocompatible Support Device for Artificial Organs

  Scientists from ITMO University have used liquid metal and agarose hydrogel to design miniature resistors, capacitors, diodes, and memristors that can be embedded in artificial organs to allow the nervous system to control these implants.

  26.02.2021

• ITMO Scientists Propose Improved Solar Cells for Use in Smart Glass

  With the use of a new method for improving solar cells, researchers have been able to boost the functionality and performance of small-molecule-based organic solar cells. The cells can be made transparent and even more stable through the use of carbon nanostructures and a special ionic liquid. Find out more below.

  20.02.2021

• ITMO Scientists Propose Improved Method For Laser-Plasma Processing of Glass

  The new method makes it possible to create thin elements on glass surfaces that are essential in the production of micro-optical components and phase elements for laser systems. An article on the subject was published in the Journal of Materials Processing Technology.

  11.02.2021

• ITMO Researchers Create Algorithm for Predicting Vocational Interests

  The program analyzes numerous socio-demographic features such as gender, location, religious beliefs, and parents’ education, thus determining the vocational interests of a person. The research was presented at the 2020 International Conference on Control, Robotics and Intelligent System (CCRIS 2020).

  05.02.2021

• ITMO Scientists Come up With a Way To Protect Satellites From Space Radiation

  The scientists suggested a new material for power electronics for use on orbital spacecrafts. It’s a semiconductor based on gallium oxides and aluminum that is better at resisting space radiation. An article about it was published in Acta Astronautica.

  04.02.2021

• ITMO Scientists Achieve Record-Breaking Efficiency of Terahertz Radiation in Liquids

  Physicists from ITMO University have improved the method of converting optical radiation into terahertz radiation using a liquid, which until recently was thought of as unpromising. Nevertheless, the achieved efficiency of the conversion in such a medium is a record-breaking 0.1%. It’s a proven fact that terahertz radiation, unlike X-radiation, is harmless and can be used in medicine, security systems, ecological monitoring, analysis of art objects, and in the food industry. A research paper on the subject was published in the Communications Physics journal. This research is supported by a grant from the Russian Science Foundation (RSF).

  29.01.2021