RS RAS

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XVII International Conference of Young Scientists and Students "MODERN EQUIPMENT AND TECHNOLOGIES IN SCIENTIFIC RESEARCH"

Dear colleagues!

On April 23-25, 2025, the XVII International Conference of Young Scientists and Students "MODERN EQUIPMENT AND TECHNOLOGIES IN SCIENTIFIC RESEARCH" will be held at the Research Station of Russian Academy of Sciences in Bishkek (http://mmk.gdirc.kg/).

THEME OF THE CONFERENCE:

Section "Integrated geological and geophysical studies of seismically active regions" includes reports on methods and new software systems used to monitor the geoenvironment and ionosphere, and on the results of their application, as well as reports on various kinds of geoinformation systems.

Section "Natural and technogenic hazards" includes reports on the prevalence and features of manifestations of seismotectonic processes, landslides and mudflows in Central Asia. The same section also presents reports on man-made hazards associated with the operation of reservoirs and mining in seismically hazardous areas.

Section "Interdisciplinary reports" is divided into two subsections:

"Mechanics" - includes reports on solving complex and dynamic problems in various areas of modern mechanics;

"Interdisciplinary reports" - includes reports on the formulation and solution of problems of mathematical modeling of physical, economic and other processes, as well as on modern methods and technologies used in the processing of various kinds of data.

WORKING REGIME OF THE CONFERENCE:

GYBRID FORMAT: oral (online) and poster (offline) reports

CONFERENCE GOALS:

- raising the level of scientific research and expanding the scientific horizons of young scientists, specialists, graduate students, undergraduates and students;
- integration of science and education;
- development of creative activity of young researchers;
- popularization of scientific research conducted at the Research Station of the Russian Academy of Sciences.

PUBLICATION OF THE BOOK OF MATERIALS is expected in autumn 2025. The collection of materials of the Conference is registered with the Book Chamber of the Kyrgyz Republic, and is also indexed in the information and analytical system of the RSCI (https://elibrary.ru/).

First circular

Requirements for the design of materials

Feedback from the Scientific Advisor

Sample

!!! Students, graduate students and young scientists under the age of 39 are invited to participate in the Conference.
!!! Participation in the Conference is free.

The most important scientific results of RS RAS for 2024

In accordance with the request of the Department of Earth Sciences of the Russian Academy of Sciences (No. 13000/2312-351 dated 11/06/2024 "On providing information on the most important scientific results for 2024"), each of the laboratories of RS RAS has prepared formulations of its most important results obtained in 2024 as a part of the State assignment. On December 13, 2024, a regular meeting of the RS RAS Scientific Council was held, where the laboratory heads presented the results for the colleagues consideration. The presented results were discussed and, following the results of the voting, the results of the Laboratories of Deep Magnetotelluric Studies and the Laboratory of Complex Studies of Geodynamic Processes in Geophysical Fields were selected as the most important.

 Result №1

When studying the relationship between electromagnetic and deformation processes on the territory of Bishkek Geodynamic Proving Ground, according to results of magnetotelluric monitoring, electromagnetic pulses associated with seismic events were detected. It was found that the Uchturfan earthquake (China, 01/22/2024 18:09:05 UT, M=7.0-7.27, at a depth of ~13 km) with numerous aftershocks (M=4.9–6.9), the foci of which are located at distances of ~450 km from the registration points, is reflected in all recorded parameters. At the same time a weaker earthquake (Kyrgyzstan, 03/04/2024 06:22:04.4, M=5.3, at a depth of ~3 km), but located closer, does not manifest itself in one of the horizontal components of the electromagnetic field. The reality of appearance of electromagnetic earthquake precursors and coseismic signals observed in the first tens of seconds or minutes after earthquake is shown.

 Possible areas of practical application of the result: The research results can be used in the development of monitoring seismic activity methods in potentially dangerous regions.

Drawing. Recording of the response from the January 22, 2024 Uchturfan earthquake (arrow) and its aftershocks (dotted lines) by geophysical equipment (MTU-5 Phoenix Geophysics). The X–axis shows the observation time in minutes, and the Y-axis shows 5 components of the electromagnetic field.

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Happy New Year!!!