Plasma parameter inversion is important for space plasma physics and applications,
particularly for inhomogeneous magnetized plasmas. A physics-informed deep neural …

The ionosphere plays a critical role in many electromagnetics applications, ranging from
long-distance communications to geolocation and satellite communications. As a result, it is …

Electromagnetic (EM) wave propagation and inversion in complex time-varying medium is a
challenging problem, particularly for plasma applications. We extend the EM wave–plasma …

We report experimental results regarding the distinctive features and behaviors of high‐
frequency (HF)‐induced Langmuir and ion‐acoustic turbulences induced by ordinary (O …

The interaction between terahertz waves and a magnetized, collisional, and
inhomogeneous plasma is analyzed theoretically in this paper. Using the scattering matrix …

Deriving governing equations in Electromagnetic (EM) environment based on first principles
can be quite tough when there are some unknown sources of noise and other uncertainties …

A multiple regression and machine learning approach is proposed to solve multiple plasma
parameter inversion in complex systems. For an electromagnetic (EM) wave and plasma …

The formation of ion acoustic shock waves in a magnetized, anisotropic plasma has been
studied in a five-component, magnetized cometary plasma consisting of two components of …

The absorption characteristics of thin plasma slab are investigated by analyzing isotropy
plasma with different thicknesses. When the width of the plasma slab is sufficiently thin, the …

In this paper, we explore what happens to the intensity profile, phase distribution, and
centroid position of a vortex beam (VB) when it passes through a cold collision-less …