2001
DOI: 10.1155/s1073792801000290
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Cited by 19 publications
(4 citation statements)
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References 12 publications
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“…for the grading operator Q = λ d dλ + 1 2 α.H from (A.1). The term (−1) #(E (n) α ) corresponds to the mapping λ → −λ used in the case of the automorphism for the homogeneous gradation [21,1]. The numbers η Eα , η Fγ are eigenvalues in…”
Section: Step Operators and Twisted Automorphism Of Sl(2|1)mentioning
confidence: 99%
“…for the grading operator Q = λ d dλ + 1 2 α.H from (A.1). The term (−1) #(E (n) α ) corresponds to the mapping λ → −λ used in the case of the automorphism for the homogeneous gradation [21,1]. The numbers η Eα , η Fγ are eigenvalues in…”
Section: Step Operators and Twisted Automorphism Of Sl(2|1)mentioning
confidence: 99%
“…The loop group generalization of the automorphism in (4.18)-(4.19) has the following form [18] : σ (X(λ)) = (X(−λ)) T −1 ; X ∈ G = GL(m + 1) (4.25)…”
Section: Orthogonal Reduction Of the Gl(m + 1 C)-hierarchymentioning
confidence: 99%
“…The fixed points of the automorphism σ form a subgroup of G = GL(m + 1), called a twisted loop group of GL(m + 1). In reference [18], the twisted loop group of GL(n), in the context of n-component KP hierarchy, was used to find solutions of the Darboux-Egoroff system of PDE's.…”
Section: Orthogonal Reduction Of the Gl(m + 1 C)-hierarchymentioning
confidence: 99%
“…The next steps to take include elucidating the relationship among the nonlocal symmetries of (44) from corollary 6 and the symmetries found in [37] for the generalized (in the sense of [42]) WDVV equations. The relationship (if any exists) of the flows (52) to the flows (5.15) from [61] could be of interest too. Understanding the precise relationship of the symmetries from corollary 8 to the tau-function and the Bäcklund transformations for the WDVV equations from [4] is yet another challenge.…”
Section: Conclusion and Open Problemsmentioning
confidence: 99%