A real scalar field coupled to a fermion via a Yukawa term can evade no-go theorems
preventing solitonic solutions. For the first time, we study this model within general relativity …

In this paper, we investigate the properties of the first excited state Dirac stars (DSs) with
higher azimuthal harmonic index (specifically, the azimuthal harmonic indexes m D= 3/2 …

A bstract In this paper, we construct Dirac-boson stars (DBSs) model composed of a scalar
field and two Dirac fields. The scalar field and both Dirac fields are in the ground state. We …

We study the Dirac equation minimally coupled to general relativity using quantum field
theory and the semiclassical gravity approximation. Previous studies of the Einstein-Dirac …

In this paper, we construct a Dirac star model composed of| κ| pairs of spinor fields. The
azimuthal harmonic indices m of these spinor fields are half-integers, and they satisfy-(| κ|-1 …

In this paper, we study the spherically symmetric Dirac star model in the presence of a
phantom field, obtaining a traversable wormhole solution in non-trivial topological …

In this paper, we study solutions of a static spherically symmetric system, which is composed
of the coupling with the Bardeen action and two Dirac fields. For the case where only the …

In this paper, we study the spherically symmetric Dirac star model in the presence of a
phantom field, obtaining a traversable wormhole solution in non-trivial topological …

In this paper, we construct the Dirac stars model composed of two Dirac fields and Einstein
gravity in four-dimensional Anti-de Sitter spacetime. We consider the Dirac stars with free …

We present localized “particlelike” states composed of a pair of neutral fermions interacting
with a scalar Higgs field and the metric of spacetime, extending the Einstein-Dirac formalism …