BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING

Nonminimal derivative coupling theory is first introduced by Horndeski. In the recent years, this theory has an important role in cosmology. This theory is applied to find a black hole solution with statical metric in higher dimensional gravitational theory. The higher dimensional black hole soluti...

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Main Author:	FADLI (NIM : 10214069), RIZQI
Format:	Final Project
Language:	Indonesia
Subjects:	Fisika
Online Access:	https://digilib.itb.ac.id/gdl/view/30633
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Institution:	Institut Teknologi Bandung
Language:	Indonesia

id	id-itb.:30633
spelling	id-itb.:306332018-09-10T15:47:37ZBLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING FADLI (NIM : 10214069), RIZQI Fisika Indonesia Final Project Black Hole, Curvature, Nonminimal Derivative Coupling, Singularity, Schwarzchild Solution INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/30633 Nonminimal derivative coupling theory is first introduced by Horndeski. In the recent years, this theory has an important role in cosmology. This theory is applied to find a black hole solution with statical metric in higher dimensional gravitational theory. The higher dimensional black hole solution is generalized into two parts, that is for even and odd dimension. This solution has a property of black hole like event horizon and there are singularities in two points. In the limit ? ? -?, we recover the Schwarzchild solution. In addition to that, we found that our spacetime with this model satisfy Komar integral relation. Finally, it is shown some of the thermodynamic properties of this black hole. text
institution	Institut Teknologi Bandung
building	Institut Teknologi Bandung Library
continent	Asia
country	Indonesia Indonesia
content_provider	Institut Teknologi Bandung
collection	Digital ITB
language	Indonesia
topic	Fisika
spellingShingle	Fisika FADLI (NIM : 10214069), RIZQI BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING
description	Nonminimal derivative coupling theory is first introduced by Horndeski. In the recent years, this theory has an important role in cosmology. This theory is applied to find a black hole solution with statical metric in higher dimensional gravitational theory. The higher dimensional black hole solution is generalized into two parts, that is for even and odd dimension. This solution has a property of black hole like event horizon and there are singularities in two points. In the limit ? ? -?, we recover the Schwarzchild solution. In addition to that, we found that our spacetime with this model satisfy Komar integral relation. Finally, it is shown some of the thermodynamic properties of this black hole.
format	Final Project
author	FADLI (NIM : 10214069), RIZQI
author_facet	FADLI (NIM : 10214069), RIZQI
author_sort	FADLI (NIM : 10214069), RIZQI
title	BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING
title_short	BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING
title_full	BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING
title_fullStr	BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING
title_full_unstemmed	BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING
title_sort	black hole solution in higher dimensional gravity theory with nonminimal derivative coupling
url	https://digilib.itb.ac.id/gdl/view/30633
_version_	1822923330636742656

BLACK HOLE SOLUTION IN HIGHER DIMENSIONAL GRAVITY THEORY WITH NONMINIMAL DERIVATIVE COUPLING

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