Add to ORKGFor an infinite discrete set of point masses in space, is it always true that the force created by these masses vanishes at some point? The gravity force created by masses ak> 0 placed at the points xk in R n i
When the mass of one of the two bodies tends to zero, Weyl’s definition of the gravitational force ...
We consider a Lagrangian Differential System (L.D.S.) with Lagrangian function L(q, {Mathematical ex...
On the Problem of Endogenous Unobserved Effects in the Estimation of Gravity Models
Range of gravitational force is not infinite but it is finite and it depends on the mass of gravito
Consider the potential generated by finitely many positive charges in 3-space: u(x) = n∑ k=1 ak |x −...
Range if gravitational force is not infinite but it is finite.Mass defect is the origin of gravitati...
I discuss some of the basic properties of a potential theory derived from a modified Newton’s law of...
In Newtonian gravity the final states of cold dissipationless collapses are characterized by several...
In Newtonian gravity the final states of cold dissipationless collapses are characterized by several...
A geometrical theorem for the static equilibrium of a common-point-force system has been proven by m...
If the sum of the external forces acting on a fluid element is zero, the fluid will be at rest or mo...
Lagrange points are analytically proven to exist at certain positions in a two-body gravitational sy...
We consider Lagrangian systems in the presence of nondegenerate gyroscopic forces. The problem of st...
The Gravitational Force of the individual Objects can be calculated on the basis of the escape veloc...
Abstract: It is shown that constant galactic rotation curves require a logarithmic potential in both...
When the mass of one of the two bodies tends to zero, Weyl’s definition of the gravitational force ...
We consider a Lagrangian Differential System (L.D.S.) with Lagrangian function L(q, {Mathematical ex...
On the Problem of Endogenous Unobserved Effects in the Estimation of Gravity Models
Range of gravitational force is not infinite but it is finite and it depends on the mass of gravito
Consider the potential generated by finitely many positive charges in 3-space: u(x) = n∑ k=1 ak |x −...
Range if gravitational force is not infinite but it is finite.Mass defect is the origin of gravitati...
I discuss some of the basic properties of a potential theory derived from a modified Newton’s law of...
In Newtonian gravity the final states of cold dissipationless collapses are characterized by several...
In Newtonian gravity the final states of cold dissipationless collapses are characterized by several...
A geometrical theorem for the static equilibrium of a common-point-force system has been proven by m...
If the sum of the external forces acting on a fluid element is zero, the fluid will be at rest or mo...
Lagrange points are analytically proven to exist at certain positions in a two-body gravitational sy...
We consider Lagrangian systems in the presence of nondegenerate gyroscopic forces. The problem of st...
The Gravitational Force of the individual Objects can be calculated on the basis of the escape veloc...
Abstract: It is shown that constant galactic rotation curves require a logarithmic potential in both...
When the mass of one of the two bodies tends to zero, Weyl’s definition of the gravitational force ...
We consider a Lagrangian Differential System (L.D.S.) with Lagrangian function L(q, {Mathematical ex...
On the Problem of Endogenous Unobserved Effects in the Estimation of Gravity Models