Physics and dynamics of Earth's interior
Physics and dynamics of Earth's interior
Physics and dynamics of Earth’s interior studies the structure, chemical composition, dynamical processes, and evolution of the Earth’s interior, through a variety of geophysical methods, including theories, observations, experiments, and numerical simulations. The Earth's internal layers make up most material of Earth, and there is a large amount of material and energy exchange between the interior and surface layers including the atmosphere, hydrosphere, and biosphere. Consequently, studying the physics and dynamics of Earth’s interior is of great importance to understanding the origin and evolution of the Earth system, the exploration and utilization of Earth resources, the prediction and prevention of natural disasters, and the protection and sustainable development of the environment.
Related research areas in the Department of Earth and Space Sciences include seismology, geodynamics, mineral and rock physics, geo-electromagnetism, and space geodesy. Specific research directions include, but are not limited to, the propagation of seismic waves and the internal structure of Earth, theoretical seismology and numerical techniques, generation of earthquakes and strong ground motion, measurements of crustal deformation and inversion of seismic sources, mechanical properties of rocks and rupture processes, physical properties of earth materials under extreme pressure and temperature conditions and the constituting materials of the interior, structure and evolution of the crust and lithosphere, plate tectonics and mantle convection, core dynamics and geodynamo, high precision inversion of Earth’s gravity field, and mass distribution and transport of the Earth system.
Name |
Title |
Research areas |
Personal homepage |
Xiaofei CHEN |
Chair Professor, Department Head |
Theoretical and computational geophysics, seismology |
|
Yingjie YANG |
Professor |
Observational seismology, seismic tomography, ambient noise tomography |
|
Kejie CHEN |
Associate Professor |
Geodesy, Seismology |
|
Peng HAN |
Associate Professor |
Statistical seismology, Geo-electromagnetism, Earthquake forecast and risk analysis |
|
Jiashun HU |
Associate Professor |
Geodynamics, numerical simulation, data assimilation, plate motion, subduction dynamics |
|
Haoran MENG |
Associate Professor |
Earthquake Nucleation, Rupture Propagation, and Interactions; Fault Zone Structure Imaging; Urban and Environmental Seismology |
|
Ting YANG |
Associate Professor |
Geodynamics, mantle convection and mantle plume, slab subduction and plate tectonics |
|
Lingling YE |
Associate Professor |
Earthquake Physics, Seismotectonics, Deep Earth Structure |
|
Chunquan YU |
Associate Professor |
Observational seismology; Seismic imaging, migration and inversion; Earthquake source characterization |
|
Zhenguo ZHANG |
Associate Professor |
Earthquake physics, Seismic hazards, Computational seismology |
|
Xueyang BAO |
Assistant Professor |
Observational seismology, computational seismology, full-wave modelling and inversion, seismic amplitude attenuation |
|
Jiangjun RAN |
Assistant Professor |
Space Geodesy |
|
Shiqing XU |
Assistant Professor |
Earthquake Physics, Damage Mechanics and Fracture Mechanics, Rock Friction Experiments, Evolution of Fault Zones |