2006•Unpublished venueRequires access

The Randall-Sundrum Model

Maxime Gabella

Open publisher page 1 citations

Abstract

The Randall-Sundrum model was conceived in 1999 to address the Higgs Hierarchy Problem in particle physics. It arose enormous inter-est from theoreticians and phenomenologists ever since and revealed a fruitful tool to explore the physics of extra dimensions. The aim of this paper is to provide an introductory exposition of this model. After a short survey of Kaluza-Klein theories, the setup of the RS model will be exposed and its metric derived. We will explain how an exponential hierarchy between the gravity scale and the weak scale can be natu-rally generated, and how the standard 4D gravity emerges from this model in the Newtonian limit. The Golberger-Wise mechanism will be presented as a way to stabilize the radius of the extra dimension without reintroducing a fine-tuning. Those topics will be presented in an utterly pedagogical way. Here you will find what textbooks feel free to disregard as too advanced but research papers consider as too basic

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What this paper is about

The Randall-Sundrum model was conceived in 1999 to address the Higgs Hierarchy Problem in particle physics. It arose enormous inter-est from theoreticians and phenomenologists ever since and revealed a fruitful tool to explore the physics of extra dimensions. The aim of this paper is to provide an introductory exposition of this model. After a short survey of Kaluza-Klein theories, the setup of the RS model will be exposed and its metric derived. We will explain how an exponential hierarchy between the gravity scale and the weak scale can be natu-rally generated, and how the standard 4D gravity emerges from this model in the Newtonian limit. The Golberger-Wise mechanism will be presented as a way to stabilize the radius of the extra dimension without reintroducing a fine-tuning. Those topics will be presented in an utterly pedagogical way. Here you will find what textbooks feel free to disregard as too advanced but research papers consider as too basic

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Available abstract

The Randall-Sundrum model was conceived in 1999 to address the Higgs Hierarchy Problem in particle physics. It arose enormous inter-est from theoreticians and phenomenologists ever since and revealed a fruitful tool to explore the physics of extra dimensions. The aim of this paper is to provide an introductory exposition of this model. After a short survey of Kaluza-Klein theories, the setup of the RS model will be exposed and its metric derived. We will explain how an exponential hierarchy between the gravity scale and the weak scale can be natu-rally generated, and how the standard 4D gravity emerges from this model in the Newtonian limit. The Golberger-Wise mechanism will be presented as a way to stabilize the radius of the extra dimension without reintroducing a fine-tuning. Those topics will be presented in an utterly pedagogical way. Here you will find what textbooks feel free to disregard as too advanced but research papers consider as too basic

Key concepts: Hierarchy problem, Exposition (narrative), Theoretical physics, Extra dimensions, Randall–Sundrum model, Dimension (graph theory), Standard Model (mathematical formulation), Higgs boson

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