RESOLUTION OF SINGULARITIES OF THREEFOLDS IN POSITIVE CHARACTERISTIC II
By Vincent Cossart, Olivier Piltant. 2008
203 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/d6e0cde349663f0d8fd7867844fbb47dc3704f23
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Algebra and Number Theory
- C. Birkar
- Christopher D. Hacon
- J. Waldron
- Steven Dale Cutkosky
- Chi Li
- Mihnea Cristian Popa
- C. Schnell
- Shreeram S. Abhyankar
In Geometry and Topology
In Mathematical Physics
- C. Birkar
- Christopher D. Hacon
- J. Waldron
- Steven Dale Cutkosky
- J. McKernan
- Stefano Filipazzi
- O. Fujino
- J. Kollár
Citations in the corpus
- Resolution of singularities of threefolds in positive characteristic. I.: Reduction to local uniformization on Artin–Schreier and purely inseparable coverings (2008, unknown): “In chapter 1 of [13], we introduce our main invariant (ord x h, Ω( x )) at any point x ∈ X := Spec .”
- Resolution of singularities of arithmetical threefolds (2014, unknown): “2) which is constructed involves Hironaka-permissible blowing ups only, in contrast with [30].”
- Resolution of singularities for 3-folds in positive characteristic (2006, background): “Most recently, Cossart and Piltant [ CP1 ], [CP2] have proved resolution of singularities for a 3-fold over an arbitrary field.”
- On the three dimensional minimal model program in positive characteristic (2013, background): “union with the support of OX/I, then we may assume that I · OY is locally principal and that fis given by a sequence of blow ups along smooth centers lying over Σ. Proof. See [Cutkosky04], [CP08] and [CP09]. 2.3. F-singularities. Test ideals and the theory of tight closure were introduced by Hochest”
- Existence of Mori fibre spaces for 3-folds in char $p$ (2014, background): “p > 5, and from [9] and [10] in general.”