Search by tag «Nanoparticles» 55 results

• ITMO Scientists Simplify Nanomaterials Design With ML Model

  A team from ITMO University has developed a method that facilitates the design of new materials based on magnetic nanoparticles. They have trained the first-ever ML model capable of predicting one of the key properties of such particles – their exchange bias, which can be used to regulate electromagnetic and electronic properties of various devices. This development opens a new path for materials scientists, especially those developing components for microelectronics and medical equipment. The corresponding paper was published in The Journal of Physical Chemistry С. 

  07.02.2025

• ITMO Researchers Develop Gold Nanoparticle-Based Sensors for Precise Detection of Natural Antioxidants

  Scientists at ITMO University have developed multiple-use sensor substrates coated with gold nanoparticles for use in gauging the precise ratio of chlorogenic acid in natural and manufactured raw material. This natural antioxidant is widely used in the production of medical, cosmetic, and food products. The new technology should make it possible to assess the presence of chlorogenic acid in lab and field conditions alike. The results of the study were published in the Q1 publication International Journal of Molecular Sciences. 

  28.01.2025

• ITMO’s Monday Science Roundup #63

  The new academic year is finally here – and with it, a whole slew of new research findings, inventions, and theories. Join us as we inspect this fall’s first harvest of science news, from nanoscience to chaos theory, as well as new learning initiatives and megascience projects.

  09.09.2024

• ITMO Scientists Produce Novel AI-Powered Platform To Fight Antibiotic Resistance

  Researchers from ITMO University have developed the world’s first screening platform for detecting nanoparticles that are toxic for pathogenic bacteria yet safe for beneficial microorganisms. The platform will be of use in medicine and agriculture; it will aid in the fight against bacterial illnesses like pneumonia that have gained resistance to standard antibiotics. The solution utilizes AI, namely machine learning and generative algorithms. The study is featured in Advanced Materials Technologies.

  29.08.2024

• ITMO’s Monday Science Roundup #59

  Science breakthroughs, new educational initiatives, and valuable career advice for cutting-edge fields: as always, the past two weeks have been rich in updates from the science world. Read it all in our regular digest.

  15.07.2024

• An Electric Shepherd for Electric Sheep: ITMO Researchers Develop Manipulator for Singular Nanoparticles

  Laboratory analysis of singular nanoparticles usually calls for specialized, expensive equipment and a lot of time; now, a new manipulator by researchers from ITMO promises to solve that problem. The add-on fits onto any microscope, doesn’t require any in-depth optics knowledge, and is easy to use. In a few minutes, it picks out a particle from the greater mass and secures it under the lens in a specific spot. The device should prove useful in identifying medical issues at early stages, developing new materials for nanoengineering, and studying the unique properties of particles in fundamental physics.

  11.07.2024

• Record-Breaking: Tiny Nanolasers for Ultracompact Chips Developed at ITMO

  Physicists at ITMO University have broken their own record for the world’s smallest nanolaser: they were able to decrease the nanoparticle’s size from 310 nanometers to 200 (which is 5,000 times smaller than a millimeter!). The new laser functions at room temperature, while the green light it radiates can be seen through a standard optical microscope. The solution can be applied in the development of fine parts for digital microdevices and wellness trackers, as well as in VR headsets: there, the nanolaser will be able to improve the quality of color rendering.

  29.05.2024

• ITMO Researchers Predict Carbon Particle Properties for Cancer Diagnostics

  A group of researchers at ITMO has developed a new machine learning-based approach to producing carbon nanoparticles for biomedicine. Thanks to the algorithm, scientists will be able to select the necessary parameters for synthesis of carbon particles with target properties. In the future, the particles can be used for biovisualization of tumors and their treatment with phototherapy. The new approach is described in a paper published in Small.

  20.02.2024

• Researchers Train AI to Identify Anti-Cancer Nanoparticles

  Chemists at ITMO University have designed an AI-based platform that identifies nanoparticles with selective cytotoxicity to cancer cells. According to the corresponding article in Small, the system should be expected to optimize particle synthesis and reduce the side effects of cancer treatment.

  09.10.2023

• ITMO Researchers Propose New Production Method for Biosensor Nanoparticles

  Physicists from ITMO’s International Research and Educational Center for Physics of Nanostructures have proposed a method of generating plasmonic chiral nanoparticles with the help of “twisted” laser radiation. The obtained structures can be used in biosensors and polarized photodetectors, detect impurities in gasses and liquids, as well as purify medications.

  08.09.2023