Add to ORKGIn this article we study central configurations of the (n+1)-body problem. For the planar (n+1)-body problem we study central configurations performed by ≥2 bodies with equal masses at the vertices of a regular n--gon and one body with null mass. We also study spatial central configurations considering n bodies with equal masses at the vertices of a regular polyhedron and one body with null mass
We study the planar central configurations of the 1 + n body problem where one mass is large and the ...
We characterize the planar central configurations of the 4-body problem with masses m1 = m2 ̸= m3 = ...
AbstractFor the (N+1)-body problem, we assume that N bodies are at the vertices of a unit regular po...
In this article we study central configurations of the (n+1)-body problem. For the planar (n+1)-body...
In this paper, we show the existence of new families of spatial central configurations for the n + 3...
The final publication is available at Springer via http://dx.doi.org/10.1023/B:CELE.0000043569.25307...
We consider the Newtonian 4 body problem in the plane with a dominat mass M. We study the planar cen...
We show the existence of central configurations in the planar five-body problem where four bodies ar...
In this paper we give a complete description of the families of central configurations of the planar...
The N-body problem qualifies as the problem of the twenty-first century because of its fundamental i...
In this paper we give a complete description of the families of central configurations of the plana...
AbstractWe give a simple proof of a classical result of MacMillan and Bartky (Trans. Amer. Math. Soc...
We analyze the families of central configurations of the spatial 5-body problem with four masses eq...
In this paper we show the existence of new families of spatial central configurations for the 7-body...
A Central Configuration (CC) is a special arrangement of masses in the n-body problem where the grav...
We study the planar central configurations of the 1 + n body problem where one mass is large and the ...
We characterize the planar central configurations of the 4-body problem with masses m1 = m2 ̸= m3 = ...
AbstractFor the (N+1)-body problem, we assume that N bodies are at the vertices of a unit regular po...
In this article we study central configurations of the (n+1)-body problem. For the planar (n+1)-body...
In this paper, we show the existence of new families of spatial central configurations for the n + 3...
The final publication is available at Springer via http://dx.doi.org/10.1023/B:CELE.0000043569.25307...
We consider the Newtonian 4 body problem in the plane with a dominat mass M. We study the planar cen...
We show the existence of central configurations in the planar five-body problem where four bodies ar...
In this paper we give a complete description of the families of central configurations of the planar...
The N-body problem qualifies as the problem of the twenty-first century because of its fundamental i...
In this paper we give a complete description of the families of central configurations of the plana...
AbstractWe give a simple proof of a classical result of MacMillan and Bartky (Trans. Amer. Math. Soc...
We analyze the families of central configurations of the spatial 5-body problem with four masses eq...
In this paper we show the existence of new families of spatial central configurations for the 7-body...
A Central Configuration (CC) is a special arrangement of masses in the n-body problem where the grav...
We study the planar central configurations of the 1 + n body problem where one mass is large and the ...
We characterize the planar central configurations of the 4-body problem with masses m1 = m2 ̸= m3 = ...
AbstractFor the (N+1)-body problem, we assume that N bodies are at the vertices of a unit regular po...