چکیده

A model of holographic dark energy is proposed which is inspired by the cubic curvature invariant formed by the contraction of three Riemann tensors. A combination of Ricci scalar and the cubic invariant is used to describe the infrared cutoff of the holographic dark energy. Such a construction is extremely useful since evolution does not depend on the past or future features of the universe, but completely on its present features. Moreover, the use of invariants makes the theory more fundamental. The model is constructed and its cosmological features are examined. The analytical solutions of various cosmological parameters such as the density parameter, equation of state parameter, and deceleration parameter are extracted and their behavior is studied. It is seen that the holographic dark energy model can exhibit the entire thermal history of the universe, sequentially starting from radiation in the early universe, followed by matter, and finally the dark energy dominated epoch at late times. The equation of state parameter shows that the model can exhibit quintessence nature, phantom-divide crossing, and even phantom nature depending on the choice of parameter spaces.

کليدواژه ها

Ricci scalar, cubic invariant, holographic dark energy, cosmology, equation of state

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Prabir Rudra , 1401 , Holographic dark energy inspired from the cubic curvature invariant. , کنفرانس بین المللی فیزیک انرژی های بالا