A meaningful solution to an inversion problem should be composed of the preferred
inversion model and its uncertainty and resolution estimates. The model uncertainty …

Electromagnetic (EM) imaging aims to produce large-scale, high-resolution soil conductivity
maps that provide essential information for Earth subsurface exploration. To rigorously …

Practical application of 3D magnetotelluric inversion requires efficient forward modeling of
electromagnetic (EM) fields in the earth. To resolve realistic 3D structures, large …

Shear-wave splitting provides insight into geodynamic processes such as lithospheric
deformation and upper mantle flow. This study presents shear wave splitting parameters …

The fast and accurate 3-D magnetotelluric (MT) forward modelling is core engine of the
interpretation and inversion of MT data. In this study, we develop an improved extrapolation …

We present a parallel and high-order Nédélec finite element solution for the marine
controlled-source electromagnetic (CSEM) forward problem in 3-D media with isotropic …

We present a numerical algorithm for 3-D electromagnetic (EM) simulations in conducting
media with general electric anisotropy. The algorithm is based on the finite-difference …

Many studies have highlighted the superior performance of iterative solvers employing the
auxiliary‐space Maxwell solver preconditioner in controlled‐source electromagnetic …

The convergence of the conjugate gradient method for solving large-scale and sparse linear
equation systems depends on the spectral properties of the system matrix, which can be …

When simulating a 3-D magnetotelluric (MT) response, the convergence rate slows at low
frequencies. Previous works have shown that by implementing divergence correction, the …