ABOUT ME

I am an enthusiastic igneous petrologist and volcanologist, passionate about understanding the chemical evolution of magmatic systems in subduction zones. My research focuses on the behavior of volatiles and the timescales over which magmas assemble and ascend to the surface. I apply an integrative approach, combining melt and fluid inclusion analysis, mineralogy, diffusion chronometry, and geomagnetic studies to reconstruct the full cascade of magmatic processes, from deep storage to surface emplacement.

I hold a Ph.D. in Environmental Studies from Tohoku University (Japan) and currently serve as a postdoctoral researcher at the Tokyo University of Science (Masahiko Sato Lab). My current project, “Evaluation of Pyroclastic Flow Generation Mechanisms Using Magnetic Measurements of Microsamples and Its Application to Disaster Prevention Planning,” aims to investigate the mechanisms and timescales of magmatic processes – from magma generation to pyroclastic flow emplacement by integrating petrological and geomagnetic data.