Employing the modified entropy–area relation suggested by Tsallis and Cirto [1], and the
holographic hypothesis, a new holographic dark energy (HDE) model is proposed …

Recently, the Rényi and Tsallis generalized entropies have extensively been used in order
to study various cosmological and gravitational setups. Here, using a special type of …

Using the first law of thermodynamics, we propose a relation between the system entropy (S)
and its IR (L) and UV (Λ Λ) cutoffs. In addition, applying this relation to the apparent horizon …

Here we consider a flat FRW universe whose horizon entropy meets the Rényi entropy of
nonextensive systems. In our model, the ordinary energy-momentum conservation law is not …

Using the Tsallis generalized entropy, holographic hypothesis and also considering the
Hubble horizon as the IR cutoff, we build a holographic model for dark energy and study its …

We explore the effects of considering various infrared (IR) cutoffs, including the particle
horizon, the Ricci horizon and the Granda–Oliveros (GO) cutoffs, on the properties of Tsallis …

Based on the relationship between thermodynamics and gravity we propose, with the aid of
Verlinde's formalism, an alternative interpretation of the dynamical evolution of the …

Modified Friedmann equations have been recently derived by implementing the gravity-
thermodynamics conjecture in Kaniadakis statistics, which is a relativistic self-consistent …

Recently, it was argued (Tsallis and Cirto, Eur. Phys. J. C 73, 2487 2013) that the total
entropy of a gravitational system should be related to the volume of system instead of the …

Non-extensive Tsallis thermostatistics is a widespread paradigm to describe large-scale
gravitational systems. In this work we use Tsallis Cosmology to study thermodynamic gravity …