π-TYPE FERMIONS AND π-TYPE KP HIERARCHY

In this paper, we first construct π-type Fermions. According to these, we define π-type Boson–Fermion correspondence which is a generalization of the classical Boson–Fermion correspondence. We can obtain π-type symmetric functions Sλπ from the π-type Boson–Fermion correspondence, analogously to the...

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Published inGlasgow mathematical journal Vol. 61; no. 3; pp. 601 - 613
Main Authors WANG, NA, LI, CHUANZHONG
Format Journal Article
LanguageEnglish
Published Cambridge, UK Cambridge University Press 01.09.2019
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ISSN0017-0895
1469-509X
DOI10.1017/S0017089518000381

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Abstract In this paper, we first construct π-type Fermions. According to these, we define π-type Boson–Fermion correspondence which is a generalization of the classical Boson–Fermion correspondence. We can obtain π-type symmetric functions Sλπ from the π-type Boson–Fermion correspondence, analogously to the way we get the Schur functions Sλ from the classical Boson–Fermion correspondence (which is the same thing as the Jacobi–Trudi formula). Then as a generalization of KP hierarchy, we construct the π-type KP hierarchy and obtain its tau functions.
AbstractList In this paper, we first construct π-type Fermions. According to these, we define π-type Boson–Fermion correspondence which is a generalization of the classical Boson–Fermion correspondence. We can obtain π-type symmetric functions Sλπ from the π-type Boson–Fermion correspondence, analogously to the way we get the Schur functions Sλ from the classical Boson–Fermion correspondence (which is the same thing as the Jacobi–Trudi formula). Then as a generalization of KP hierarchy, we construct the π-type KP hierarchy and obtain its tau functions.
In this paper, we first construct π -type Fermions. According to these, we define π -type Boson–Fermion correspondence which is a generalization of the classical Boson–Fermion correspondence. We can obtain π -type symmetric functions S λ π from the π -type Boson–Fermion correspondence, analogously to the way we get the Schur functions S λ from the classical Boson–Fermion correspondence (which is the same thing as the Jacobi–Trudi formula). Then as a generalization of KP hierarchy, we construct the π -type KP hierarchy and obtain its tau functions.
Author WANG, NA
LI, CHUANZHONG
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Cites_doi 10.1142/S0217751X16501050
10.1016/0001-8708(91)90072-F
10.1007/s00220-015-2564-9
10.1088/1751-8113/43/40/405202
10.1088/1751-8113/49/42/425201
10.1088/0253-6102/63/2/02
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Snippet In this paper, we first construct π-type Fermions. According to these, we define π-type Boson–Fermion correspondence which is a generalization of the classical...
In this paper, we first construct π -type Fermions. According to these, we define π -type Boson–Fermion correspondence which is a generalization of the...
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Title π-TYPE FERMIONS AND π-TYPE KP HIERARCHY
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