Search by tag «Nanophotonics » 18 results

  • METANANO 2019: Conference on Nanophotonics and Metamaterials

    The 4th METANANO Conference on Nanophotonics and Metamaterials has recently ended in St. Petersburg. Organized by ITMO University’s International Research Center for Nanophotonics and Metamaterials, the event brought together some 400 researchers from Europe, America, Asia and Africa. In the course of five days, they discussed a wide range of topics, from fundamental research in photonics and plasmonics to business projects in the field of radiofrequency technologies, bionanotechnologies and solar energy. Read on to learn more about the conference and its results.

    22.07.2019

  • ITMO Researchers Win Russian Academy of Sciences Award

    The Russian Academy of Sciences has recently announced the recipients of its annual award recognizing outstanding young scientists and students of Russian higher education institutions. Among this year’s winners are four research associates from ITMO University: a group of scientists comprised of Valentin Milichko, Dmitry Zuev and Sergey Makarov, who took first prize in the field of general physics and astronomy, and ITMO University Master’s student and engineer Artem Ashirov, who won the prize for a project of applicational significance.

    10.06.2019

  • METANANO-2019: World’s Top Scientists to Celebrate 10th Anniversary of Center of Nanophotonics and Metamaterials in St. Petersburg

    METANANO-2019, the fourth conference on nanophotonics and metamaterials, will take place on July 15-19, 2019 in St. Petersburg. Scientists from MIT, ParisTech, and other major scientific centers of the world will discuss the latest advances in science. Each year, the METANANO conference grows in popularity thanks to its expansive range of subjects and a discussion program that’s updated every year in accordance with the latest trends. METANANO-2019 will include symposiums, special sessions, and lectures by renowned scientists.

    01.03.2019

  • Nanophotonics' Most Topical Fields: Research on Hybrid Metal-Dielectric Structures

    Hybrid metal-dielectric structures hold great promise for the development of new data recording devices, improved sensors and optical chips. This is the field that Yali Sun, a PhD student from ITMO's Faculty of Physics and Engineering, focuses on. Back in China, she obtained education in the field of electronics, and then chose to focus on nanophotonics. In an interview with ITMO.NEWS, she spoke about the differences between education in Russia and China, gender issues, and working in this new relevant field.

    21.01.2019

  • METANANO-2018 Conference on Nanophotonics and Metamaterials Comes to a Close in Sochi

    The conference, held on the premises of the Sirius Educational Center, brought together more than 300 researchers in the field of nanophotonics and metamaterials from top research centers and laboratories of the UK, Germany, Sweden, France, the USA, Australia, China, Russia, and other countries. Over the course of five days, researchers presented more than 200 reports and discussed their work and future partnerships.

    24.09.2018

  • MSU Student on Working in Different Laboratories and Doing Internship at ITMO

    Alexander Chezhegov, a third-year student at Lomonosov Moscow State University, Faculty of Physics, took part in the “I am a Professional” competition and the “It’s Your Call!” Winter School that was held at ITMO University last winter. His project focused on creating a hydrophobic coating for solar cells. In July 2018, he did an internship at ITMO’s International Research Center of Nanophotonics and Metamaterials, where he studied hybrid states of light in low-dimensional quantum materials. In his interview with ITMO.NEWS, he shared his experience of working in different research groups.

    09.08.2018

  • Physicists Design New Nanoresonators With Giant Nonlinear Response

    An international research team has found a way to make frequency conversion of light at the nanoscale a hundred times more efficient. The new method is based on isolated dielectric nanoparticles supporting the so-called bound states in the continuum. Such states appear when radiating fields in the particle suppress each other, so that the electromagnetic energy inside the particle can be trapped. This prediction can be employed for a new generation of tiny frequency conversion devices, nanolasers. The research was published in Physical Review Letters on July 19, 2018 as a cover story.

    26.07.2018

  • Insights into Nanophotonics and Metamaterials from around the World

    The third Summer School in Nanophotonics and Metamaterials has just ended at ITMO University. Over a week, participants listened to lectures, completed a project, shared ideas and established useful connections. To learn more about the Summer School, read our article.

    08.06.2018

  • NSP2018: Scientists Discuss Nanostructures in Photonics

    Earlier this May, 60 participants from 14 countries attended the international workshop and school Nanostructures for Photonics 2018. Among the participants were heads of major research laboratories and international projects, including the megascience project European XFEL (X-Ray free-electron laser). The guests spoke with ITMO.NEWS about current research trends, practical applications of nanostructures in nanophotonics, and future collaboration in this area.

    24.05.2018

  • Mining Hardware Helps Scientists Gain Insight into Silicon Nanoparticles

    Researchers from ITMO University and their international colleagues have developed the first three-dimensional dynamic model of an interaction between light and silicon nanoparticles. They used a supercomputer with graphic accelerators for the calculations. Results showed that when exposed to short, intense laser pulses, silicon particles temporarily lose their symmetry and their optical properties become strongly heterogeneous. Such a change in properties depends on particle size; therefore it can be used to control light at nanoscale and in ultrafast information processing devices. The study was published in Advanced Optical Materials.

    02.03.2018

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