Extended Ricci and holographic dark energy models in fractal cosmology
Mustafa Saltı, Murat Korunur, İrfan Açıkgöz
Abstract
Mustafa Saltı, Murat Korunur, İrfan Açıkgöz
Abstract
We consider the fractal Friedmann-Robertson-Walker universe filled with dark fluid. By making use of this assumption, we discuss two types of dark energy models: Generalized Ricci and generalized holographic dark energies. We calculate the equation of state parameters, investigate some special limits of the results and discuss the physical implications via graphs. Also, we reconstruct the potential and the dynamics of the quintessence and k-essence(kinetic-quintessence) according to the results obtained for the fractal dark energy.
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We consider the fractal Friedmann-Robertson-Walker universe filled with dark fluid. By making use of this assumption, we discuss two types of dark energy models: Generalized Ricci and generalized holographic dark energies. We calculate the equation of state parameters, investigate some special limits of the results and discuss the physical implications via graphs. Also, we reconstruct the potential and the dynamics of the quintessence and k-essence(kinetic-quintessence) according to the results obtained for the fractal dark energy.
Key concepts: Quintessence, Dark energy, Dark fluid, Physics, Fractal, Equation of state, Cosmology, Theoretical physics