date: 2018-03-05T13:31:33Z
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pdf:docinfo:title: Frame- and Metric-Like Higher-Spin Fermions
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subject: Conventional descriptions of higher-spin fermionic gauge fields appear in two varieties: the Aragone?Deser?Vasiliev frame-like formulation and the Fang?Fronsdal metric-like formulation. We review, clarify and elaborate on some essential features of these two. For frame-like free fermions in Anti-de Sitter space, one can present a gauge-invariant Lagrangian description such that the constraints on the field and the gauge parameters mimic their flat-space counterparts. This simplifies the explicit demonstration of the equivalence of the two formulations at the free level. We comment on the subtleties that may arise in an interacting theory.
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dc:title: Frame- and Metric-Like Higher-Spin Fermions
modified: 2018-03-05T13:31:33Z
cp:subject: Conventional descriptions of higher-spin fermionic gauge fields appear in two varieties: the Aragone?Deser?Vasiliev frame-like formulation and the Fang?Fronsdal metric-like formulation. We review, clarify and elaborate on some essential features of these two. For frame-like free fermions in Anti-de Sitter space, one can present a gauge-invariant Lagrangian description such that the constraints on the field and the gauge parameters mimic their flat-space counterparts. This simplifies the explicit demonstration of the equivalence of the two formulations at the free level. We comment on the subtleties that may arise in an interacting theory.
pdf:docinfo:subject: Conventional descriptions of higher-spin fermionic gauge fields appear in two varieties: the Aragone?Deser?Vasiliev frame-like formulation and the Fang?Fronsdal metric-like formulation. We review, clarify and elaborate on some essential features of these two. For frame-like free fermions in Anti-de Sitter space, one can present a gauge-invariant Lagrangian description such that the constraints on the field and the gauge parameters mimic their flat-space counterparts. This simplifies the explicit demonstration of the equivalence of the two formulations at the free level. We comment on the subtleties that may arise in an interacting theory.
pdf:docinfo:creator: Rakibur Rahman
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dc:description: Conventional descriptions of higher-spin fermionic gauge fields appear in two varieties: the Aragone?Deser?Vasiliev frame-like formulation and the Fang?Fronsdal metric-like formulation. We review, clarify and elaborate on some essential features of these two. For frame-like free fermions in Anti-de Sitter space, one can present a gauge-invariant Lagrangian description such that the constraints on the field and the gauge parameters mimic their flat-space counterparts. This simplifies the explicit demonstration of the equivalence of the two formulations at the free level. We comment on the subtleties that may arise in an interacting theory.
Keywords: higher-spin gauge theory; fermions; frame-like formulation; metric-like formulation
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dc:creator: Rakibur Rahman
description: Conventional descriptions of higher-spin fermionic gauge fields appear in two varieties: the Aragone?Deser?Vasiliev frame-like formulation and the Fang?Fronsdal metric-like formulation. We review, clarify and elaborate on some essential features of these two. For frame-like free fermions in Anti-de Sitter space, one can present a gauge-invariant Lagrangian description such that the constraints on the field and the gauge parameters mimic their flat-space counterparts. This simplifies the explicit demonstration of the equivalence of the two formulations at the free level. We comment on the subtleties that may arise in an interacting theory.
dcterms:created: 2018-02-26T04:09:03Z
Last-Modified: 2018-03-05T13:31:33Z
dcterms:modified: 2018-03-05T13:31:33Z
title: Frame- and Metric-Like Higher-Spin Fermions
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pdf:docinfo:keywords: higher-spin gauge theory; fermions; frame-like formulation; metric-like formulation
pdf:docinfo:modified: 2018-03-05T13:31:33Z
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creator: Rakibur Rahman
dc:subject: higher-spin gauge theory; fermions; frame-like formulation; metric-like formulation
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meta:keyword: higher-spin gauge theory; fermions; frame-like formulation; metric-like formulation
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