Laboratory of Deep Magnetotelluric Studies

the introduction of new electrical exploration methods and technologies, for example, electrotomography, to identify the most strain-sensitive zones of the Earth's crust associated with active faults

development of scientific and methodological foundations and new technologies for assessing the stress-strain state of the geological environment of electromagnetic monitoring of seismically active regions

complementing the results of traditional methods of studying the stress-strain state of the Earth's crust of seismically active areas of the Tien Shan with magnetotelluric monitoring materials to obtain practical recommendations on the identification of potentially seismically dangerous zones

conducting a long-term field experiment to create and develop a seismic electromagnetic monitoring system

development of the inversion of the results of electromagnetic field registration in order to obtain three-dimensional models of geoelectric inhomogeneities of the Earth's crust on the experimental mini-polygon Kentor