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

Stimulated Brillouin scattering experiments in the ionospheric plasma using a single
electromagnetic pump wave have previously been observed to generate an electromagnetic …

Deriving governing equations of complex physical systems based on first principles can be
quite challenging when there are certain unknown terms and hidden physical mechanisms …

The distinctive features of the ion gyro‐harmonic discrete structures in the narrowband
stimulated electromagnetic emission (NSEE) spectra (within±1 kHz of the heater frequency) …

We report observations of stimulated electromagnetic emission (SEE) induced by high
power high frequency (HF) radio waves near the third electron gyroharmonic (3) at …

The paper presents the results of investigating generation conditions and features of the
narrowband stimulated electromagnetic emission (NSEE) induced by an extraordinary (X …

We report observations of nonlinear two-plasmon decay instabilities (TPDIs) of a high-power
microwave beam, a process similar to half-harmonic generation in optics, during electron …

Ionospheric heating by high‐power electromagnetic waves is a powerful and efficient tool to
study plasma physics as the ionosphere is used as a nature plasma laboratory. An important …

Ground-based high-frequency modulated waves can periodically heat the ionosphere and
create “virtual antennas”, which can radiate extremely low frequency (ELF, 0.3–3 kHz) or …

Estimates of excitation thresholds and the analysis of spectral features of narrowband
stimulated electromagnetic emission (NSEE) depending on the electric-field intensity of an …