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News
July 9, 2026
HSE Economists Use Search Queries to Forecast Birth Rates
Researchers from the HSE Faculty of Economic Sciences have shown that the accuracy of birth rate forecasts for Russia can be improved by almost 50% by incorporating the dynamics of online search queries related to pregnancy and childbirth into forecasting models. In the best-performing models, the forecasting error fell from 4.6% to 3.2%. The findings have been published in Populations and Economics.
July 8, 2026
HSE Researchers Discover Who Eats Out in Russia-And Why
Around one-third of Russians (31.3%) rarely eat out or buy ready-made meals. The core group of active consumers—those who eat out or purchase prepared food almost every day or several times a week—accounts for only about 9% of the population. These are the findings of a study conducted by the HSE Institute for Social Policy. According to the researchers eating out is no longer a marker of high social status in Russia.
July 8, 2026
HSE University and RREDA Join Forces to Support 2026 Renewable Energy of the Planet Competition
HSE University and the Russia Renewable Energy Development Association (RREDA) have signed a partnership and information cooperation agreement to support Renewable Energy of the Planet—2026, a national competition with international participation for students and early-career researchers. Applications are open on the competition's website until September 20, 2026.

 

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Микроволновые методы и технологии для мониторинга электрической активности кожи

Медицинская физика. 2024. № 1. С. 53–62.
Skuridin A., Yelizarov (Elizarov) A. A., Zakirova E., Nazarov I., Kasatkin A.

The paper presents the analysis of the existing solutions for measuring the electrical activity of the skin
using traditional methods, which include the use of direct current sensors, and also proposes new
promising solutions related to the use of sensing elements based on slow wave systems.
The questions of practical realization of electrodes, in particular materials and topologies providing mechanical
strength and ergonomics of elements of wearable devices are considered.
It is shown that the use of microwave sensors allows to increase the sensitivity of the device in comparison
with the existing analogs on direct current, and also possess the desired mechanical properties, allowing
them to be resistant to deformations.

Research target: Electronics and Electrical Engineering
Language: Russian
Full text
DOI
Keywords: замедляющие системыметаматериалыбиосенсорыэлектропроводность кожимикроволновые датчикичувствительные элементы
Publication based on the results of:
Исследование технологий и устройств беспроводного трансфера электромагнитной энергии для высокоскоростных мобильных и нательных устройств Интернета вещей (IoT/IIoT) и киберфизических систем (2023)
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