Search results for «SiON» 5314 results
Promising Materials, Reservoir Computing and Li-Fi: Research at ITMO’s International Research Center of Functional Materials and Devices of Optoelectronics
… the Institute of Physics of the Czech Academy of Sciences have conducted an experimental study on the relationship between intracellular processes and the power and laser emission exposure time in the visible range. The International Laboratory of Promising Nanomaterials and Optoelectronic Devices is currently participating in an international research on destructio…
24.06.2020
ITMO Ranked Among Top 10 Russian Universities by Forbes
…Forbes has published a new, its third, ranking of Russian universities. The magazine has been issuing its version of the country’s top 100 universities since 2018, among other criteria evaluating them based on the number of graduates who are potential candidates for Forbes’ other top lists. This time, ITMO University took eighth place. As before, universities wer…
23.06.2020
Winners of ITMO.STARS Talk About Their First Year at ITMO University
…For the third year in a row, ITMO University has conducted ITMO.STARS – an unconventional admission program. In order to participate, you need to present your unique achievements: a program or a device you developed, your research, or your business project. Last year, 15 applicants won the contest and were admitted to ITMO University. They shared with us how their fi…
23.06.2020
St. Petersburg Physicists Synthesize Hyperbolic Material for THz Frequency Range
…Hz radiation. Now, however, more and more opportunities appear to use the radiation of this frequency in various fields of science – from spectroscopy to wireless data transmission. Currently, researchers are only beginning to discover the THz range, and to use it completely, new accessible and efficient devices need to be created. Thus, there is a demand for a p…
23.06.2020
Scientists Develop Method to Facilitate Plant Growth with Glass-Ceramics Lamps
…ese and europium compounds. The crystals of this chemical element make the diode emit at the wavelength of about 650 nanometers, making the light red, and jointly with the emission of the blue diode – pink. What’s more, it is the use of these crystals that make the emission’s spectrum narrow. “We decided to use not a different crys…
22.06.2020
Venture Investment: What It Is and How to Work With It
…e the companies that could become the next Skype, Airbnb, Google, Amazon, etc. Almost all big digital projects were born thanks to venture funds. A venture fund is a professional institutionalized enterprise, unlike a business angel. In essence, a fund is a money chest that was contributed to by different investors. As a general rule, only one project out of 10 c…
22.06.2020
Residents of ITMO Accelerator Are Working on the VR Superstar Project
…use. Even if you or a member of your team don’t have acting skills, the artificial intelligence component, which is implemented into the app and taught using examples of professional actors’ acting, will improve your body language and facial expressions. It will make them seem more natural. As a result, you will get a complete film o…
19.06.2020
ITMO Researchers Develop New Terahertz Pulse-Based Data Encoding Method
…5G. Implementing it will require new technological solutions, including a switch to the terahertz range.” How will this transition help? An increased frequency of emission used to transfer data will help expand communication channel capacity and bump the link latency. Today, a technology for simultaneous transfer of multiple data channels over a single physi…
19.06.2020
Results of the Open Call for ITMO University’s Art & Science Residency
…ed States, Poland, and other countries. Budhaditya Chattopadhyay is an artist, researcher, writer and theorist from India. He graduated from Satyajit Ray Film and Television Institute, India, specializing in Sound, completed a Master of Arts degree in New Media and Sound Art at the Aarhus University, Denmark, and received a PhD in Artistic Research and Sound S…
18.06.2020
Scientists Grow Optical Chips in a Petri Dish
… work in the visible range,” says Sergey Makarov, chief researcher at ITMO’s Department of Physics and Engineering, “as the size of a chip depends on the wavelength of the emission of its light source.” Silicon issue An optical chip consists of such components as lasers and waveguides. While creating a source that would emit in the green or red spectra is…
18.06.2020