Shalika models of GL(4) over a finite field

碩士 === 國立成功大學 === 數學系應用數學碩博士班 === 106 === The goal of this paper is to determine whether a irreducible representation of GL(4) over a finite field admits a shalika model. We analysis it for two parts:cuspidal representations and noncuspidal representations. For cuspidal representations, we use a res...

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Main Authors: Chih-HsuanTsai, 蔡誌軒
Other Authors: Chufeng Nien
Format: Others
Language:en_US
Published: 2018
Online Access:http://ndltd.ncl.edu.tw/handle/f63tnj
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spelling ndltd-TW-106NCKU55070052019-05-16T01:07:58Z http://ndltd.ncl.edu.tw/handle/f63tnj Shalika models of GL(4) over a finite field 有限域上的線性群 (GL(4)) 中的 Shalika 模型 Chih-HsuanTsai 蔡誌軒 碩士 國立成功大學 數學系應用數學碩博士班 106 The goal of this paper is to determine whether a irreducible representation of GL(4) over a finite field admits a shalika model. We analysis it for two parts:cuspidal representations and noncuspidal representations. For cuspidal representations, we use a result published from mathematician Dipendra Prasad at 2000. From the result, it is easy to determine whether a cuspidal representation has a Shalika model. For noncuspidal representations, by the definition of cuspidal, we see a noncuspidal representation as a subrepresentation of an parabolic induction from some parabolic induction subgroup of GL(4). We consider all parabolic inductions of GL(4) and use a well-known theorem Mackey’s theorem to determined whether a parabolic induction has a Shalika model. From Mackey’s theorem, we get some condition for a parabolic induction has a Shalika model and use it to get some result. Chufeng Nien 粘珠鳳 2018 學位論文 ; thesis 27 en_US
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description 碩士 === 國立成功大學 === 數學系應用數學碩博士班 === 106 === The goal of this paper is to determine whether a irreducible representation of GL(4) over a finite field admits a shalika model. We analysis it for two parts:cuspidal representations and noncuspidal representations. For cuspidal representations, we use a result published from mathematician Dipendra Prasad at 2000. From the result, it is easy to determine whether a cuspidal representation has a Shalika model. For noncuspidal representations, by the definition of cuspidal, we see a noncuspidal representation as a subrepresentation of an parabolic induction from some parabolic induction subgroup of GL(4). We consider all parabolic inductions of GL(4) and use a well-known theorem Mackey’s theorem to determined whether a parabolic induction has a Shalika model. From Mackey’s theorem, we get some condition for a parabolic induction has a Shalika model and use it to get some result.
author2 Chufeng Nien
author_facet Chufeng Nien
Chih-HsuanTsai
蔡誌軒
author Chih-HsuanTsai
蔡誌軒
spellingShingle Chih-HsuanTsai
蔡誌軒
Shalika models of GL(4) over a finite field
author_sort Chih-HsuanTsai
title Shalika models of GL(4) over a finite field
title_short Shalika models of GL(4) over a finite field
title_full Shalika models of GL(4) over a finite field
title_fullStr Shalika models of GL(4) over a finite field
title_full_unstemmed Shalika models of GL(4) over a finite field
title_sort shalika models of gl(4) over a finite field
publishDate 2018
url http://ndltd.ncl.edu.tw/handle/f63tnj
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AT càizhìxuān yǒuxiànyùshàngdexiànxìngqúngl4zhōngdeshalikamóxíng
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