We discuss the problem of finding an upper bound for the number of equilibrium points of a potential of several fixed point charges in Rn. This question goes back to J. C. Maxwell [10] and M. Morse [12]. Using fewnomial theory we show that for a given number of charges there exists an upper bound independent of the dimension, and show it to be at most 12 for three charges. We conjecture an exact upper bound for a given configuration of nonnegative charges in terms of its Voronoi diagram, and prove it asymptotically
32 pages. 3 Figures. To appear in Journal of Nonlinear Science. DOI :10.1007/s00332-018-9460-3We stu...
Abstract. For a positively charged insulated d-dimensional sphere we investigate how the distributio...
The minimum energy configurations of N equal point charges interacting via the Coulomb potential on ...
We discuss the problem of finding an upper bound for the number of equilibrium points of a potential...
To Vladimir Igorevich Arnold who taught us to study classics Abstract. We discuss the problem of fin...
This paper deals with approximating an upper bound for the number of equilibrium points of a potenti...
Consider the potential generated by finitely many positive charges in 3-space: u(x) = n∑ k=1 ak |x −...
In this work, we study the properties of electric (or electrostatic) potentials and fields generated...
We study the critical points of Coulomb energy considered as a function on configuration spaces asso...
Let $\varphi$ be an electrostatic potential defined by $N$ stationary charged particles in R$\sp3$, ...
SummaryThe paper deals with equilibrium distributions of n electrons (point charges −1) on plane con...
We investigate the minimum energy configuration of N equal point charges interacting via the Coulomb...
Includes bibliographical references (pages 38-39).This thesis studies optimal distribution of N poin...
The electrostatic properties of uniformly charged regular bodies are prominently discussed on colleg...
In this paper, we consider the electrostatic Born-Infeld model [Figure presented] where ρ is a charg...
32 pages. 3 Figures. To appear in Journal of Nonlinear Science. DOI :10.1007/s00332-018-9460-3We stu...
Abstract. For a positively charged insulated d-dimensional sphere we investigate how the distributio...
The minimum energy configurations of N equal point charges interacting via the Coulomb potential on ...
We discuss the problem of finding an upper bound for the number of equilibrium points of a potential...
To Vladimir Igorevich Arnold who taught us to study classics Abstract. We discuss the problem of fin...
This paper deals with approximating an upper bound for the number of equilibrium points of a potenti...
Consider the potential generated by finitely many positive charges in 3-space: u(x) = n∑ k=1 ak |x −...
In this work, we study the properties of electric (or electrostatic) potentials and fields generated...
We study the critical points of Coulomb energy considered as a function on configuration spaces asso...
Let $\varphi$ be an electrostatic potential defined by $N$ stationary charged particles in R$\sp3$, ...
SummaryThe paper deals with equilibrium distributions of n electrons (point charges −1) on plane con...
We investigate the minimum energy configuration of N equal point charges interacting via the Coulomb...
Includes bibliographical references (pages 38-39).This thesis studies optimal distribution of N poin...
The electrostatic properties of uniformly charged regular bodies are prominently discussed on colleg...
In this paper, we consider the electrostatic Born-Infeld model [Figure presented] where ρ is a charg...
32 pages. 3 Figures. To appear in Journal of Nonlinear Science. DOI :10.1007/s00332-018-9460-3We stu...
Abstract. For a positively charged insulated d-dimensional sphere we investigate how the distributio...
The minimum energy configurations of N equal point charges interacting via the Coulomb potential on ...