A Course on Constructive Desingularization and Equivariance
By Santiago Encinas, Orlando Villamayor. 2000
123 citations recorded by the source corpus.
Subfields: Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/6da54ee8e87aeff5b9bf02af950ece691f2a2ad6
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Geometry and Topology
- Steven Dale Cutkosky
- Ana Bravo
- Orlando Villamayor
- Valery Alexeev
- Santiago Encinas
- M. Brion
- Herwig Hauser
- J. Włodarczyk
In Mathematical Physics
- Ana Bravo
- Steven Dale Cutkosky
- Valery Alexeev
- Orlando Villamayor
- M. Brion
- Santiago Encinas
- Herwig Hauser
- Lucia Caporaso
Citations in the corpus
- Resolution of Singularities (2004, background): “Since then several accessible proofs of canonical equivariant resolution have emerged ([73], [13], [38], [39],[15],[37]).”
- Singularities in positive characteristic, stratification and simplification of the singular locus (2008, methodology): “For more details we refer the reader to the introductory presentation in [11].”
- A new proof of desingularization over fields of characteristic zero. (2001, methodology): “Let us mention that the algorithm of resolution of basic objects treated in [16], and implemented in MAPLE by Bodnár and Schicho, is available at http: //www.”
- A Simplified Proof of Desingularization and Applications (2002, methodology): “Theorem 3.10. [35, Theorem 7.3.] [ 18, Theorem 7.13. ] Given a basic object (W,(J, b), E) where W is smooth over a field of characteristic zero, there is a resolution, i.e.”
- Moduli of affine schemes with reductive group action (2003, methodology): “Using equivariant desingularization [ EV00 ], we may assume that X is nonsingular.”