Paper accepted in The Leading Edge
Our paper “Optimizing Towed Controlled-Source Electromagnetic Surveys for Seafloor and Embedded Massive Sulfides” has been accepted for publication in The Leading Edge.

I specialize in electromagnetic (EM) exploration — geophysical imaging of subsurface structures without drilling. My primary targets are geothermal resources, seafloor massive sulfides, and volcanic structures.
I am actively developing EM monitoring methods using controlled artificial sources (enabling eruption precursor detection, geothermal reservoir monitoring, CO₂ sequestration monitoring) and a novel drone-mounted EM survey system to overcome access restrictions in volcanic and geothermal regions.
Feel free to reach out for collaborations or inquiries.
Our paper “Optimizing Towed Controlled-Source Electromagnetic Surveys for Seafloor and Embedded Massive Sulfides” has been accepted for publication in The Leading Edge.
Our paper “Objective and automated determination of sharp resistivity boundaries in one-dimensional magnetotelluric inversion” has been accepted for publication in Earth, Planets …
Research meeting at Mahidol University, Bangkok (June 16–26).
Invited talk: “Development of a Tensor Semi-Airborne EM System Using Drones and EM-ACROSS” / “Deep hydrothermal system in the Onikobe caldera by MT survey”
The joint rResearch project “Detection of spatio-temporal changes in subsurface resistivity at Mt. Kusatsu-Shirane” has been adopted for continuation.