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HARSHNA BALHARA
HARSHNA BALHARA
Netaji Subhas University of Technology
Email verificata su nsut.ac.in
Titolo
Citata da
Citata da
Anno
Bouncing cosmology in modified gravity with higher-order curvature terms
JK Singh, H Balhara, K Bamba, J Jena
Journal of High Energy Physics 2023 (3), 1-21, 2023
402023
A constrained cosmological model in f (R, Lm) gravity
JK Singh, R Myrzakulov, H Balhara
New Astronomy 104, 102070, 2023
132023
The constrained accelerating universe in f (R, T) gravity
JK Singh, H Balhara, P Singh
Astronomy and Computing 46, 100795, 2024
102024
New parametrization of the dark-energy equation of state with a single parameter
JK Singh, P Singh, EN Saridakis, S Myrzakul, H Balhara
Universe 10 (6), 246, 2024
82024
Cosmic analysis of a model in higher-order gravity theory
JK Singh, H Balhara, K Bamba, J Jena
Astronomy and Computing 46, 100790, 2024
82024
EDSFD parameterization in f (R, T) gravity with linear curvature terms
JK Singh, H Balhara, SG Ghosh, SD Maharaj
Physics of the Dark Universe 45, 101513, 2024
72024
The consequence of higher-order curvature-based constraints on f (R, Lm) gravity
JK Singh, A Singh, H Balhara, JRL Santos
Annals of Physics 469, 169781, 2024
52024
Curvature dominance dark energy model in f(R)-gravity
GK Goswami, R Rani, H Balhara, JK Singh
Indian Journal of Physics 97 (12), 3707-3714, 2023
52023
JK Singh
NK Sharma, S Tyagi, J Jena, H Balhara
Education 1996, 1992
51992
Observational constraints on Hubble parameter in Sáez Ballester theory
JK Singh, H Balhara, TQ Do, J Jena
Astronomy and Computing 47, 100800, 2024
42024
Observational Constraints and Cosmographic Analysis of f(T,TG) Gravity and Cosmology
H Balhara, JK Singh, Shaily, EN Saridakis
Symmetry 16 (10), 1299, 2024
2024
Observational constraints on the EDSFD parametrization in theory of gravity
H Balhara, JK Singh, J Jena
arXiv preprint arXiv:2311.11926, 2023
2023
Il sistema al momento non può eseguire l'operazione. Riprova più tardi.
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