Inversion Algorithm Determining Sharp Boundaries (Ishizu et al., 2025, Geophysics)
Development of a data-driven inversion algorithm capable of reproducing sharp boundaries without excessive reliance on prior information.
Development of a data-driven inversion algorithm capable of reproducing sharp boundaries without excessive reliance on prior information.
Achieved significant improvement in S/N ratio using EM-ACROSS, revealing a vapor layer undetected by conventional MT surveys.
Developed a system capable of simultaneously detecting embedded anomalies by deploying multiple seafloor electromagnetic receivers.
Discovered that gas hydrates are heterogeneously distributed within gas chimneys.
Discovery of a silica cap layer above a supercritical geothermal reservoir and its contribution to the reservoir's formation.
Proposal of a new 3D marine electromagnetic exploration technology that can map seafloor massive sulfides with performance equivalent to conventional methods while reducing …
Revealed that seafloor massive sulfides exist not only on the seafloor (upper deposit) but also at a depth of about 30m below the seafloor (lower deposit).