Results 51 to 60 of about 240 (137)
STABLE CLASS OF EQUIVARIANT ALGEBRAIC VECTOR BUNDLES OVER REPRESENTATIONS [PDF]
Summary: Let \(G\) be a reductive algebraic group and let \(B,F\) be \(G\)-modules. We denote by \(\text{VEC}_G(B,F)\) the set of isomorphism classes in algebraic \(G\)-vector bundles over \(B\) with \(F\) as the fiber over the origin of \(B\). \textit{G. Schwarz} [in: Topological methods in algebraic transformation groups, Prog. Math.
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Framed cohomological Hall algebras and cohomological stable envelopes. [PDF]
Botta TM.
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Vector fields and equivariant bundles [PDF]
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Equivariant algebraic vector bundles over adjoint representations
In this article, the authors extend a result of \textit{F. Knop} which appeared in Invent. Math. 105, No. 1, 217-220 (1991; Zbl 0739.20019) for the case of semisimple groups. Given a reductive complex algebraic group \(G\), let \(F\) be an irreducible \(G\)-module, and denote by \({\mathfrak g}\) the Lie algebra of \(G\). Denote by VEC\(_G({\mathfrak g}
Masuda, Mikiya, Nagase, Teruko
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Equivariant Oka theory: survey of recent progress. [PDF]
Kutzschebauch F +2 more
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On the equivariant vector bundles on $\mathbb{CP}^1$
Let $H$ be a subgroup of ${\rm PGL}(2,\mathbb C)$ (respectively, ${\rm SL}(2,\mathbb C)$) such that the Zariski closure in ${\rm PGL}(2,\mathbb C)$ (respectively, ${\rm SL}(2,\mathbb C)$) of some compact subgroup of $H$ contains $H$. We classify the $H$--equivariant holomorphic vector bundles on $\mathbb{CP}^1$. This generalizes \cite{BM} where $H$ was
Biswas, Indranil +2 more
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On Globalized Traces for the Poisson Sigma Model. [PDF]
Moshayedi N.
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Equivariant vector bundles over the upper half plane
The author classifies all the Hermitian holomorphic vector bundles equipped with an equivariant \(\text{ SL}(2,\mathbb R)\) action over the hyperbolic plane. The study relies on the fact that the action of \(\text{ SL}(2,\mathbb R)\) on the space of sections of such a bundle commutes with the Chern connection.
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Perverse schobers and Orlov equivalences. [PDF]
Koseki N, Ouchi G.
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TORUS-EQUIVARIANT VECTOR BUNDLES AND STABLE VECTOR BUNDLES
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