Add to ORKGA scalar self-interacting theory non-linearly coupled with some power of the curvature have a possibility to explain the current smallness of the cosmological constant. Here one concentrate on a massless scalar field in the four-dimensional Fridmann-Robertson-Walker (FRW) spacetime with flat spatial part. One show the phase structure of radiative symmetry breaking and review a dynamical resolution of the cosmological constant problem
The nonminimal coupling of a self-interacting complex scalar field with gravity is studied. For a Ro...
We have critically compared different approaches to the cosmological constant problem, which is at t...
This paper determines the existence of Noether symmetry in non-minimally coupled f(R, T) gravity adm...
We reanalyze the problem of the cosmological constant associated with the phase transition in a self...
The functional formulation and one-loop effective action for scalar self-interacting theory non-line...
Treating the gravitational field as a dynamical field, we study the spontaneous symmetry breaking in...
We study the dynamics of a flat Friedmann-Robertson-Walker universe filled with a self-interacting s...
Dynamical systems methods are used to investigate global behaviour of the spatially flat Friedmann-R...
A novel exploration of nonminimally coupled scalar field cosmology is proposed in the framework of s...
We study the dynamics of a homogeneous, anisotropic, spatially flat universe filled with a scalar fi...
We solve Einsteins equations in an n-dimensional vacuum with the simplest ansatz leading to a Friedm...
The formulation of symmetry breaking in a manifold with nontrivial metric is discussed. It is shown ...
We generalize the results of Randall and Sundrum to a wider class of four-dimensional space-times in...
The nonminimal coupling of a self-interacting complex scalar field with gravity is studied. For a Ro...
We study non-flat Friedman-Robertson-Walker (FRW) cosmologies searching for Nöther symmetries in the...
The nonminimal coupling of a self-interacting complex scalar field with gravity is studied. For a Ro...
We have critically compared different approaches to the cosmological constant problem, which is at t...
This paper determines the existence of Noether symmetry in non-minimally coupled f(R, T) gravity adm...
We reanalyze the problem of the cosmological constant associated with the phase transition in a self...
The functional formulation and one-loop effective action for scalar self-interacting theory non-line...
Treating the gravitational field as a dynamical field, we study the spontaneous symmetry breaking in...
We study the dynamics of a flat Friedmann-Robertson-Walker universe filled with a self-interacting s...
Dynamical systems methods are used to investigate global behaviour of the spatially flat Friedmann-R...
A novel exploration of nonminimally coupled scalar field cosmology is proposed in the framework of s...
We study the dynamics of a homogeneous, anisotropic, spatially flat universe filled with a scalar fi...
We solve Einsteins equations in an n-dimensional vacuum with the simplest ansatz leading to a Friedm...
The formulation of symmetry breaking in a manifold with nontrivial metric is discussed. It is shown ...
We generalize the results of Randall and Sundrum to a wider class of four-dimensional space-times in...
The nonminimal coupling of a self-interacting complex scalar field with gravity is studied. For a Ro...
We study non-flat Friedman-Robertson-Walker (FRW) cosmologies searching for Nöther symmetries in the...
The nonminimal coupling of a self-interacting complex scalar field with gravity is studied. For a Ro...
We have critically compared different approaches to the cosmological constant problem, which is at t...
This paper determines the existence of Noether symmetry in non-minimally coupled f(R, T) gravity adm...