• Mission

Origin, evolution, deep structure and tectonics of the earth's Early Precambrian crust

• Purposes

Comparative analysis of subduction and collision systems in Phanerozoe and Precambrian;
Estimate of use the principle of actualism for the study of Precambrian processes

• Problems

• Comparative analysis of subduction and collision systems in Phanerozoe and Precambrian.
• Tectonic position of granitoids in the collision zones
• Model building of the synorogenic collaps of the collision systems (magmatic and metamorphic mingling
• Archean ophiolite and Archean eclogite - detailed study
• Deep structure and evolution of the Paleoproterozoic orogens inside the the Supercontinents and along its edges
• Origin, evolution, deep structure and metallogeny of the Early Precambrian crust of Baltic craton
• Forming and evolution of the diamond lithospheric keel of Siberian craton
• Origin and evolution of the Early Precambrian continental crust - development of global model
• The Comparative Planetology: planets and star accretion of matter.
• Chronology of the accretion and differentiation processes at planet of Earth's group.
• The Hadean Eon of Precambrian Time

• Objects

Archean and Paleoproterozoic objects:
Baltic craton and craton's cristallin basement (Baltic shield, Voronezh body)
Anabar shield of Siberian craton
Phanerozoic folded belt:
Baikal geodynamic ground (Western Pribaikalie)
Chara ophiolitic belt of Ob-Zaisansky folded belt (Eastern Kazakhstan)

• Analisis

Geological mapping, structure analisis, geological-geophysical modelling, interpretation of geophysical dates, geochemistry, isotop geochemistry, thermodynamic calculation, paleogeodynamic reconstruction and modelling