International Journal of Theoretical Physics, ( ISI ), Volume (54), No (54), Year (2015-2) , Pages (3374-3386)

Title : ( The information loss for QCD matter due to interaction potential between branes near higher dimensional Ads black holes at LHC )

Authors: M. Hasheminia , A. Mirjalili , A. Sepehri , Mohammad Ebrahim Zomorrodian ,

Citation: BibTeX | EndNote

Abstract

It appears that having our own brane somehow interact with other branes would give rise to quite an interesting system and that interaction could lead to formation of a horizon in extra dimensions. We consider the question ,whether or not, the signature of this appeared horizon can be observed near Ads black holes at Large Hadron Collider (LHC). To this end , we find the information loss for QCD matter in interaction potential between different branes near mini black holes at LHC by extending the Gottesman and Preskill method to higher dimensional Ads black holes and calculate the information transformation from the collapsing matter to the state of outgoing Hawking radiation for quarks and gluons . We notice that for all finite values of quark and gluon energies, all information from all emission processes experiences some degree of loss in appeared horizon.

Keywords

, Information loss, Interaction potential, Extra dimension
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@article{paperid:1049069,
author = {M. Hasheminia and A. Mirjalili and A. Sepehri and Zomorrodian, Mohammad Ebrahim},
title = {The information loss for QCD matter due to interaction potential between branes near higher dimensional Ads black holes at LHC},
journal = {International Journal of Theoretical Physics},
year = {2015},
volume = {54},
number = {54},
month = {February},
issn = {0020-7748},
pages = {3374--3386},
numpages = {12},
keywords = {Information loss; Interaction potential; Extra dimension},
}

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%0 Journal Article
%T The information loss for QCD matter due to interaction potential between branes near higher dimensional Ads black holes at LHC
%A M. Hasheminia
%A A. Mirjalili
%A A. Sepehri
%A Zomorrodian, Mohammad Ebrahim
%J International Journal of Theoretical Physics
%@ 0020-7748
%D 2015

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