The irregular satellites of Jupiter produce dust particles through the impact of interplanetary
micrometeoroids. In this paper, the dynamics of these particles is studied by both high …

The large and tidally-locked “classical” moons of Uranus display longitudinal and
planetocentric trends in their surface compositions. Spectrally red material has been …

We summarize the current state of observations of circumplanetary dust populations,
including both dilute and dense rings and tori around the giant planets, ejecta clouds …

We systematically measured the mid-IR spectra of different mixtures of three silicates
(antigorite, lizardite, and pure silica) with varying effective porosities and amounts of …

A model of the expansion of the universe is proposed, based on the assumption that the
universe in its early stages was not in a hot state but in a pure, metastable quantum state …

Saturn's atmosphere-less satellites have followed divergent evolution paths associated with
their environment (position in Saturn's magnetosphere, interaction with dust rings etc). Part …

As a result of numerical modeling the dependence of relative mean-square fluctuation of
evaporating particles for the ring of material points interacting via gravitational forces is …

Moons orbiting within Saturn's diffuse E-Ring cause cylindrical shadows to appear inside the
ring at high phase angles when the moons obscure sunlight from areas behind them. These …

Direct imaging surveys have found that long-period super-Jupiters are rare. By contrast,
recent modelling of the widespread gaps in protoplanetary discs revealed by Atacama Large …

Saturn has the second strongest magnetic field among the planets of the solar system,
creating the second biggest magnetosphere, after Jupiter. The magnetosphere is similar to …