Massive gravity based on the fractional action cosmology is discussed. In this new picture,
the new theory requires the introduction, in addition to the ordinary graviton mass, fractional …

The direct observation of gravitational waves will provide a unique tool for probing the
dynamical properties of highly compact astrophysical objects, mapping ultrarelativistic …

In this work, we explore some cosmological implications of the model proposed by M. Visser
in 1998. In his approach, Visser intends to take into account mass for the graviton by means …

The exact amplitudes of six polarization modes of gravitational waves are constructed in
terms of both the small metric perturbations and the Newman-Penrose scalars. The obtained …

We confront a non-relativistic Bose–Einstein Condensate (BEC) model of light bosons
interacting gravitationally either through a Newtonian or a Yukawa potential with the …

In this work, we explore many cosmological implications of a four-dimensional cosmology
dominated by quintessence with a static traversable wormhole, spatio-temporal varying G …

We discuss the dynamics of the Universe within the framework of the massive graviton cold
dark matter scenario (MGCDM) in which gravitons are geometrically treated as massive …

Among the various possibilities to probe the theory behind the recent accelerated expansion
of the universe, the energy conditions (ECs) are of particular interest, since it is possible to …

In this letter, the Friedmann–Robertson–Walker model with a traversable wormhole is
considered from the view point of Visser's massive gravity theory. If the matter in the universe …

Theories of gravity for which gravitons can be treated as massive particles have presently
been studied as realistic modifications of general relativity, and can be tested with …