arXiv:0909.4989 [math-ph]AbstractReferencesReviewsResources
Central Configurations and Total Collisions for Quasihomogeneous n-Body Problems
Florin Diacu, Ernesto Perez-Chavela, Manuele Santoprete
Published 2009-09-28Version 1
We consider $n$-body problems given by potentials of the form ${\alpha\over r^a}+{\beta\over r^b}$ with $a,b,\alpha,\beta$ constants, $0\le a<b$. To analyze the dynamics of the problem, we first prove some properties related to central configurations, including a generalization of Moulton's theorem. Then we obtain several qualitative properties for collision and near-collision orbits in the Manev-type case $a=1$. At the end we point out some new relationships between central configurations, relative equilibria, and homothetic solutions.
Journal: Nonlinear Analysis Volume 65, Issue 7, 2006, 1425-1439
Keywords: central configurations, quasihomogeneous n-body problems, total collisions, homothetic solutions, moultons theorem
Tags: journal article
Related articles: Most relevant | Search more
arXiv:0909.4904 [math-ph] (Published 2009-09-27)
A Counterexample to a Generalized Saari's Conjecture with a Continuum of Central Configurations
arXiv:1405.4705 [math-ph] (Published 2014-05-19)
Central Configurations Formed By Two Twisted Regular Polygons
arXiv:1412.6443 [math-ph] (Published 2014-12-19)
Bifurcations of Central Configurations in the Four-Body Problem with some equal masses