We investigate the dynamics of charged dust close to outer mean-motion resonances with
planet Jupiter. The importance of the interplanetary magnetic field on the orbital evolution of …

We consider a belt of small bodies (planetesimals, asteroids, dust particles) around a star,
captured in one of the external or 1: 1 mean-motion resonances with a massive perturber …

A probable capture of Phobos into an interesting resonance was presented in our previous
work. With a simple model, considering Mars in a Keplerian and circular orbit, it was shown …

This work considers theoretical models of circumstellar debris discs. The main focus is the
combination of mean motion resonances between a planet and circumstellar small bodies …

Our research combines mean motion resonances and dissipative forces in the averaged
elliptic spatial restricted three-body problem. The models presented can be applied in many …

Our knowledge of the dynamical evolution of extrasolar planets around Solar-type stars
relies on only one decade of sparse data. Theoretical models must be invoked in order to …