The Proca wave equation describes a classical massive spin 1 particle. We analyze the gravitational interaction of this vector field. In particular, the spherically symmetric solutions of the Einstein-Proca coupled system are obtained numerically. Although at infinity the metric field approaches the usual Schwarzschild (Reissner-Nordstr\"om) limit, we demonstrate the absence of black hole type configurations
We introduce a nonlinear extension of Proca?s field theory for massive vector (spin 1) bosons. The a...
We introduce a nonlinear extension of Proca?s field theory for massive vector (spin 1) bosons. The a...
We study static spherically-symmetric solutions of the Einstein-Proca equations in the presence of a...
We establish that massive complex Abelian vector fields (mass μ) can form gravitating solitons, when...
We establish that massive complex Abelian vector fields (mass mu) can form gravitating solitons, whe...
AbstractWe establish that massive complex Abelian vector fields (mass μ) can form gravitating solito...
We establish that massive complex Abelian vector fields (mass μ) can form gravitating solitons, when...
Abstract. Proca equation is a relativistic wave equation for a massive spin-1 particle. The weak int...
AbstractWe establish that massive complex Abelian vector fields (mass μ) can form gravitating solito...
We introduce a nonlinear extension of Proca’s field theory for massive vector (spin 1) bosons. The a...
Abstract We study a massive vector tensor theory that acquires mass via a standard Proca term but al...
Vector boson stars, or Proca stars, have been recently obtained as fully nonlinear numerical solutio...
Einstein's gravity minimally coupled to free, massive, classical fundamental fields admits particle-...
We study various properties of a Proca field coupled to gravity through minimal and quadrupole inter...
International audienceWe study a massive vector tensor theory that acquires mass via a standard Proc...
We introduce a nonlinear extension of Proca?s field theory for massive vector (spin 1) bosons. The a...
We introduce a nonlinear extension of Proca?s field theory for massive vector (spin 1) bosons. The a...
We study static spherically-symmetric solutions of the Einstein-Proca equations in the presence of a...
We establish that massive complex Abelian vector fields (mass μ) can form gravitating solitons, when...
We establish that massive complex Abelian vector fields (mass mu) can form gravitating solitons, whe...
AbstractWe establish that massive complex Abelian vector fields (mass μ) can form gravitating solito...
We establish that massive complex Abelian vector fields (mass μ) can form gravitating solitons, when...
Abstract. Proca equation is a relativistic wave equation for a massive spin-1 particle. The weak int...
AbstractWe establish that massive complex Abelian vector fields (mass μ) can form gravitating solito...
We introduce a nonlinear extension of Proca’s field theory for massive vector (spin 1) bosons. The a...
Abstract We study a massive vector tensor theory that acquires mass via a standard Proca term but al...
Vector boson stars, or Proca stars, have been recently obtained as fully nonlinear numerical solutio...
Einstein's gravity minimally coupled to free, massive, classical fundamental fields admits particle-...
We study various properties of a Proca field coupled to gravity through minimal and quadrupole inter...
International audienceWe study a massive vector tensor theory that acquires mass via a standard Proc...
We introduce a nonlinear extension of Proca?s field theory for massive vector (spin 1) bosons. The a...
We introduce a nonlinear extension of Proca?s field theory for massive vector (spin 1) bosons. The a...
We study static spherically-symmetric solutions of the Einstein-Proca equations in the presence of a...