As a Professor of Geophysics, I specialize in leveraging electromagnetic induction to investigate the structure and dynamics of the Earth's subsurface. My research primarily utilizes the magnetotelluric (MT) method, focusing on three key pillars of applied geophysics:

• Fault: Utilizing advanced electromagnetic imaging to resolve the structural geometry and fluid distribution of active faults.

• Hydrothermal & Geothermal Systems: Mapping reservoir structures to optimize the exploration and sustainable development of geothermal energy.

• Volcanoes: Employing electromagnetic (EM) techniques to monitor magma plumbing systems and fluid pathways for enhanced hazard assessment.

Additionally, my work extends to the broader study of Earth's magnetic properties.