AbstractWe give a simple proof of a classical result of MacMillan and Bartky (Trans. Amer. Math. Soc. 34 (1932) 838) which states that, for any four positive masses and any assigned order, there is a convex planar central configuration. Moreover, we show that the central configurations we find correspond to local minima of the potential function with fixed moment of inertia. This allows us to show that there are at least six local minimum central configurations for the planar four-body problem. We also show that for any assigned order of five masses, there is at least one convex spatial central configuration of local minimum type. Our method also applies to some other cases
In this article we study central configurations of the (n+1)-body problem. For the planar (n+1)-body...
Agraïments: The first and third authors are partially supported by FAPEMIG grant APQ-001082/14. The ...
We study central configuration of a set of symmetric planar five-body problems where (1) the five ma...
AbstractWe give a simple proof of a classical result of MacMillan and Bartky (Trans. Amer. Math. Soc...
In this paper we give a complete description of the families of central configurations of the planar...
In this paper we give a complete description of the families of central configurations of the plana...
AbstractIt is known that a central configuration of the planar four body problem consisting of three...
For the 4-body problem there is the following conjecture: Given arbitrary positive masses, the plana...
This is a post-peer-review, pre-copyedit version of an article published in Celestial Mechanics and ...
It is known that a central configuration of the planar four body problem consisting of three particl...
We characterize the planar central configurations of the 4-body problem with masses m1 = m2 ̸= m3 = ...
In this paper, we provide a rigorous computer-assisted proof (CAP) of the conjecture that there exis...
We consider the Newtonian 4 body problem in the plane with a dominat mass M. We study the planar cen...
International audienceWe study the relationship between the masses and the geometric properties of c...
In this paper we show the existence of new families of convex and concave spatial central configurat...
In this article we study central configurations of the (n+1)-body problem. For the planar (n+1)-body...
Agraïments: The first and third authors are partially supported by FAPEMIG grant APQ-001082/14. The ...
We study central configuration of a set of symmetric planar five-body problems where (1) the five ma...
AbstractWe give a simple proof of a classical result of MacMillan and Bartky (Trans. Amer. Math. Soc...
In this paper we give a complete description of the families of central configurations of the planar...
In this paper we give a complete description of the families of central configurations of the plana...
AbstractIt is known that a central configuration of the planar four body problem consisting of three...
For the 4-body problem there is the following conjecture: Given arbitrary positive masses, the plana...
This is a post-peer-review, pre-copyedit version of an article published in Celestial Mechanics and ...
It is known that a central configuration of the planar four body problem consisting of three particl...
We characterize the planar central configurations of the 4-body problem with masses m1 = m2 ̸= m3 = ...
In this paper, we provide a rigorous computer-assisted proof (CAP) of the conjecture that there exis...
We consider the Newtonian 4 body problem in the plane with a dominat mass M. We study the planar cen...
International audienceWe study the relationship between the masses and the geometric properties of c...
In this paper we show the existence of new families of convex and concave spatial central configurat...
In this article we study central configurations of the (n+1)-body problem. For the planar (n+1)-body...
Agraïments: The first and third authors are partially supported by FAPEMIG grant APQ-001082/14. The ...
We study central configuration of a set of symmetric planar five-body problems where (1) the five ma...