Every rationally connected variety over the function field of a curve has a rational point
By A. J. Jong, J. Starr. 2003
91 citations recorded by the source corpus.
Subfields: Computational Theory and Mathematics, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/5e510214715080f10b6ed8a9272cdaf5f4b33b1b
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In Computational Theory and Mathematics
In Geometry and Topology
- Yuri Tschinkel
- Brendan Hassett
- H. Esnault
- Max Lieblich
- J. Heinloth
- D. Huybrechts
- Emanuele Macrì
- O. Fujino
Citations in the corpus
- Moduli of twisted sheaves (2004, methodology): “When X is a surface (over an algebraically closed field), a theorem of de Jong (which is re-proven in [46] using the theory developed here and the theorem of Graber-Harris-Starr-de Jong [15]) shows that per(X ) = ind(X ).”
- Uniformization of $${\mathcal {G}}$$-bundles (2007, background): “The argument for the proof of the following proposition is a simple special case of the argument given by de Jong and Starr to produce sections of rationally connected fibrations ([9]):”
- Varieties over a finite field with trivial Chow group of 0-cycles have a rational point (2002, background): “[6], where the finite field is replaced by k = F (curve) for F = C, resp.”
- Weak approximation over function fields (2004, background): “We refer the reader to [ 11 ] for related results in positive characteristic (see also Remark 28).”