Singularities of the minimal model program
By J. Kollár, S'andor J. Kov'acs. 2013
949 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Computational Theory and Mathematics, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/1b64a34b1fed8d120e9f561f8eaabead36d2f18f
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In Algebra and Number Theory
In Computational Theory and Mathematics
In Geometry and Topology
Citations in the corpus
- Boundedness of moduli of varieties of general type (2014, background): “[22, 23, 24] and [24, 5.”
- The local fundamental group of a Kawamata log terminal singularity is finite (2020, background): “Let f : Y → X be a plt blowup extracting the Kollár component E = f−1(x).”
- Singular foliations with trivial canonical class (2011, methodology): “We will make use of the concept of log canonical pair, see [31] for a thorough treatment of this concept.”
- Minimal model program for excellent surfaces (2016, methodology): “• We will freely use the notation and terminology in [Har77] and [Kol13].”
- Kähler–Einstein metrics and volume minimization (2016, background): “Such cone singularities are basic examples of Q-Gorenstein klt singularities (see [Kol13]).”
- Semipositivity theorems for moduli problems (2012, background): “For the details of semi-log-canonical varieties, see, for example, [Fn14] and [Kol13b].”
- On the three dimensional minimal model program in positive characteristic (2013, background): “Since, by adjunction, KSn +BSn = (KX + S +B)|Sn , we have that the coefficients of (Sn, BSn) also lie in {1 − 1n |n ∈ N} (cf. [Kollár13, 3.36]) and so, by (3.1), (Sn, BSn) is strongly F -regular.”