An Introduction to Invariants and Moduli
By S. Mukai. 2003
283 citations recorded by the source corpus.
Subfields: Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/0b39bb58744db4bbad7c40a12a3950d98d0ed289
How researchers see this paper
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In Geometry and Topology
- Thorsten Weist
- C. Florentino
- Markus Reineke
- Sean Lawton
- M. Brion
- Bernd Sturmfels
- Bert van Geemen
- Zhiqiang Xu
In Mathematical Physics
- Thorsten Weist
- C. Florentino
- Zhiqiang Xu
- Markus Reineke
- Sean Lawton
- M. Brion
- Bernd Sturmfels
- Bert van Geemen
Citations in the corpus
- Topology of character varieties of Abelian groups (2013, background): “See [12] or [34] for the details of these constructions and an introduction to GIT.”
- Moduli of representations of quivers (2008, methodology): “We recall the basic concepts of Geometric Invariant Theory as in [48], and use them to construct the moduli spaces of stable representations, following [37], in section 3.”
- Sagbi Bases of Cox-Nagata Rings (2008, methodology): “See [23, §12.5].”
- Introduction to actions of algebraic groups (2010, methodology): “We refer to the notes of Woodward for this and further developments; the books by Dolgachev (see [1]) and Mukai (see [8]) may also be recommended, as well as the classic by Mumford, Kirwan and Fogarty (see [9]).”
- Some remarks on Brauer groups of K3 surfaces (2004, methodology): “nd we recover the associated Jacobian fibration f : X → P1. For this we only use the classical construction of the Jacobian of a double cover of P1 branched over four points, due to Hermite (cf. [We], [Mu3]), i.e. we consider the generic fibers of g and f over the field k(P1). This construction also gi”
- Localization in quiver moduli spaces (2009, background): “For a detailed description of the theory of quotients see [20].”