The Chow motive of the Godeaux surface
By M. Beltrametti, F. Catanese, C. Ciliberto, A. Lanteri, C. Pedrini. 2002
58 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/7bbd1de84c242d9b518e7d9df07731a72e72dec5
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
- Christian Bohning
- Hans-Christian Graf von Bothmer
- B. Totaro
- Pawel Sosna
- S. Gorchinskiy
- Charles Vial
- Claire Voisin
- Sam Payne
In Geometry and Topology
- S. Gorchinskiy
- Christian Bohning
- Hans-Christian Graf von Bothmer
- B. Totaro
- V. Guletskiĭ
- Pawel Sosna
- Charles Vial
- Sam Payne
Citations in the corpus
- The motive of a classifying space (2014, background): “For example, the Chow motive with Q coefficients of an Enriques surface or a Godeaux surface over C is a direct sum of Tate motives [23], and so these varieties satisfy the Chow Künneth property with Q coefficients.”
- Motives and representability of algebraic cycles on threefolds over a field (2008, background): “As pg(E) = 0 and S is an elliptic surface, the motive M(E) is finitedimensional, [9].”
- On the derived category of the classical Godeaux surface (2012, background): “The point e0,0 has been calculated in [12].”
- PROJECTORS ON THE INTERMEDIATE ALGEBRAIC JACOBIANS (2009, background): “late finite dimensionality in the sense of Kimura [14] of the Chow motive h(X) := (X,idX,0) to the representability of its total Chow group. Such problems have been tackled by Guletskii and Pedrini in [8]. They proved that for a surface S, CH0(S) is representable if and only if H2(S,OS) = 0 and the C”