Cosmological equations were recently derived by Padmanabhan from the expansion of
cosmic space due to the difference between the degrees of freedom on the surface and in …

Entropic cosmology assumes several forms of entropy on the horizon of the universe, where
the entropy can be considered to behave as if it were related to the exchange (the transfer) …

A relativistic kinetic description for the irreversible thermodynamic process of gravitationally
induced particle production is proposed in the context of an expanding Friedmann …

The bulk viscosity of cosmological fluid and the creation of cold dark matter both result in the
generation of irreversible entropy (related to dissipative processes) in a homogeneous and …

Observations from Supernovae Type Ia (SNe Ia) provided strong evidence for an expanding
accelerating Universe at intermediate redshifts. This means that the Universe underwent a …

In the present work we study the process of particle creation for mass dimension one
fermionic fields (sometimes named Elko) as a consequence of expansion of the universe …

We show that a cosmology driven by gravitationally induced particle production of all non-
relativistic species existing in the present Universe mimics exactly the observed flat …

The relationship between the cosmic microwave background radiation temperature and the
redshift, ie, the T− z relation, is examined in a phenomenological dissipative model. The …

The creation of cold dark matter cosmology model is studied beyond the linear perturbation
level. The skewness is explicitly computed, and the results are compared to those from the Λ …

Evolution of the cosmic microwave background (CMB) radiation temperature is investigated
in the context of modified generalized Chaplygin gas (mgCG) model with a Deep Neural …