Holographic Dark Energy in Modified Barrow Cosmology
Round 1
Reviewer 1 Report
The authors have studied cosmology with modified entropy. In particular they have studied Holographic dark energy in the presence of the modified Borrow entropy. They have first used the Hubble radius as the IR cutoff to study interacting and non-interacting cases. Then the authors have used the future event horizon as the IR cutoff to study both the interacting and non-interacting cases. In all the cases, a thorough evaluation is done. The paper is well presented. I recommend publication of the article.
Reviewer 2 Report
The authors investigated the cosmological implications of the modified Barrow entropy Thermodynamics-Gravity conjecture associated with the apparent horizon, the modified Friedmann equations, and discovered shifts in the time of universe phase transition by studying the Hubble horizon and the future event horizon as IR cutoffs. Researchers looked at the Hubble and future event horizons as IR cutoffs and looked into how this model might affect cosmology. The phase transition of the cosmos from deceleration to acceleration at lower redshifts is shown by the equation of state (EoS) parameters of holographic dark energy (HDE). I recommend that the article to be published in its current format.
