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Field Localization for the 5-Dimensional Nonminimal Derivative Coupling of The Scalar Field with Modified Randall-Sundrum Model 13/05/2019
J.Phys.Conf.Ser. 1204 (2019) 012102by: Taufani, M.R. (Bandung Inst. Tech.) et al.Abstract: Among the extra dimension models, Randall-Sundrum(RS) model is one of the most famous examples for its well–addressing of the hierarchy problems. However, the study [1] has introduced the modified RS model which more superior due to its better localization for scalar, vector, and spinor […]
Dynamical System of Kaluza-Klein Brane Cosmology with Gauss-Bonnet Term in a Bulk 13/05/2019
J.Phys.Conf.Ser. 1204 (2019) 012010by: Rahman, Irsan (Bandung Inst. Tech.) et al.Abstract: Brane-world cosmological model in higher-dimensional spacetime is studied with additional Gauss-Bonnet term in the bulk. By using Gauss-Codazzi equations, we derive the (4+n)-dimensional gravitational field equations. The (4+n)-dimensional gravitational field equations can be formulated to general Einstein field equation with Gauss-Bonnet term and extra […]
Microscopic Entropy of Extremal Kerr Black Holes 13/05/2019
J.Phys.Conf.Ser. 1204 (2019) 012009by: Sakti, M.F.A.R. (Bandung Inst. Tech.) et al.Abstract: Kerr black holes are strong candidates for the astrophysical black holes. The understanding of the microscopic structure of this black hole is quite interesting to be investigated. The holographic principle is one way to study the microscopic part of Kerr black holes. There have […]
Cosmological inflation with minimal and non-minimal coupling of scalar field from Horndeski theory 13/05/2019
J.Phys.Conf.Ser. 1204 (2019) 012007by: Hikmawan, G. (Bandung Inst. Tech.) et al.Abstract: We consider a cosmological model with combination of minimal and non-minimal coupling of scalar field by considering a set of particular coefficient function from Horndeski theory. We study cosmological inflation from the background solution and get the responsible coupling constant regarding the slow-roll inflation […]
Decay orbital period of the binary system on gravitational waves’ detection 25/03/2019
J.Phys.Conf.Ser. 1171 (2019) 012009by: Sagita, P.Y.D. (Indonesia U.) et al.Abstract: Gravitational Waves had been fifth detected which is on PSR 1913+16 at 1974 until 1981 by Arecibo Telescope, on GW150914, GW151226, and GW170104 by LIGO and the last is on GW170814 by LIGO and VIRGO. The research made a binary system dynamic modeling by using […]
Dynamical System of Gauss-Bonnet Model with Vector Field 21/03/2019
J.Phys.Conf.Ser. 1127 (2019) 012022by: Sutiono, Azwar (Bandung Inst. Tech.) et al.Abstract: Modifying the Einsteins gravity is one of the interesting proposal to explain the dark energy that dominated our universe today. We investigated Gauss-bonnet model with vector field in the action function and we show the influence of the vector field to the density parameters […]
Extracting new inflation model from the most general scalar-tensor theory 21/03/2019
J.Phys.Conf.Ser. 1127 (2019) 012007by: Hikmawan, GetbogiAbstract: Inflation is now the strongest scenario to be the candidate of early universe. Until recently, there are many models tried to give explanation about this phenomenon, one of them is called Horndeski theory, the most general scalar-tensor theory. In this paper, we investigate the no-ghost and Laplacian stability conditions […]
Near Horizon Extreme Kerr Geometry 21/03/2019
J.Phys.Conf.Ser. 1127 (2019) 012002by: R Sakti, M.F. A.Abstract: The conjectured Kerr/CFT correspondence states that the quantum theory of gravity in the near horizon of the Near Horizon Extreme Kerr (NHEK) black holes, is holographic dual to a two-dimensional chiral conformal field theory. To obtain NHEK geometry, we take the extreme limit a = M of […]
Kerr-Newman-NUT black hole with quintessential matter in Rastall theory of gravity 29/01/2019
arXiv:1901.09163by: Sakti, M.F.A.R. (Bandung Inst. Tech.) et al.Abstract: Demia{\'n}ski-Newman-Janis algorithm is applied to the charged black hole with quintessence in Rastall theory of gravity to find the twisting and rotating solution. The presence of the twisting parameter or NUT charge plays a role on the horizon of the black hole. Some thermodynamic properties of the […]
Modified Friedmann equations in braneworld scenario 03/04/2018
J.Phys.Conf.Ser. 988 (2018) 012007by: Pardede, Kevin F.S. (Bandung Inst. Tech.) et al.Abstract: Firstly we present a brief discussion about braneworld model and the derivation of Friedmann equations in the braneworld scenario. Next we carry out a dynamical analysis of the modified Friedmann equations. Lastly, we perform a numerical computation using the Metropolis-Hastings algorithm to compute […]

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