Abstract Nitric oxide infrared (5.3 µm) radiative cooling plays an important role in Earth's
upper atmospheric energy balance during space weather events. Its behavior during a …

Storm-time ionospheric electrodynamics effects have been the subject of extensive studies.
The solar wind/magnetosphere/ionosphere and thermosphere disturbance wind dynamos …

The temporal response of thermospheric CO2 and NO cooling emissions is investigated
during ICME and CIR-driven geomagnetic storms by using data from the SABER instrument …

Abstract High‐Intensity Long‐Duration Continuous AE Activity (HILDCAA) intervals are
driven by High Speed solar wind Streams (HSSs) during which the rapidly‐varying …

In this study, we examine the dynamical complexity transitions during HILDCAA events.
HILDCAA preceded by an Interplanetary Coronal Mass Ejection (ICME) storm recovery …

This article presents the recent extreme and rare G5‐level geomagnetic storm (Mother's Day
Storm) effects on the equatorial and low‐latitude ionosphere observed at the Peruvian …

The stability dynamics of the pulsational mode of gravitational collapse (PMGC), excitable in
athermal (nonthermal) spherical complex dust molecular clouds (DMCs) in the presence of …

The near-Earth's gravity and magnetic fields are most important to enable terrestrial life. The
role of the gravity field is obvious, it reflects the mass distribution of the Earth's interior and …

Abstract While the Lomb–Scargle periodogram is foundational to astronomy, it has a
significant shortcoming: the variance in the estimated power spectrum does not decrease as …

The solar wind (SW) speed and the interplanetary magnetic field (IMF) exhibit wide Alfvénic
fluctuations, particularly within high-speed streams (HSS), which may influence …