On the motive of an algebraic surface
Webmoduli spaces of sheaves on an algebraic surface, following work of Mukai, O'Grady, Gieseker, Li and many others. In particular, moduli spaces of sheaves on K3 surfaces and determinant line bundles on the moduli spaces are treated in some detail. Other topics include the Serre correspondence, restriction of stable bundles to WebDivisors on a Riemann surface. A Riemann surface is a 1-dimensional complex manifold, and so its codimension-1 submanifolds have dimension 0.The group of divisors on a compact Riemann surface X is the free abelian group on the points of X.. Equivalently, a divisor on a compact Riemann surface X is a finite linear combination of points of X with …
On the motive of an algebraic surface
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WebThe theory of pure motives was introduced by Grothendieck in the 1960s and since then it has become a powerful language to encode intersection-theoretic, cohomological, and arithmetic data of smooth, projective varieties. WebOn the Chow Motive of an algebraic surface. Lundi, 17 Octobre, 2005 - 16:00 Prénom de l'orateur : Claudio Nom de l'orateur : PEDRINI Résumé : Bloch's Conjecture for …
Webalgebraic curves as a smooth projective curve (given by explicit equations), and an explicit divisor, there is an algorithm to determine the space L(D). We’ll do that in a week or two. …
Web11 de mai. de 2024 · We prove that isogenous K3 surfaces have isomorphic Chow motives. This provides a motivic interpretation of a long standing conjecture of Safarevich which has been settled only recently by Buskin. The main step consists of a new proof of Safarevich's conjecture that circumvents the analytic parts in Buskin's approach, … Web2 de mai. de 2006 · On the motive of an algebraic surface Article Aug 1990 Jacob P. Murre View On a conjectural filtration on the Chow groups of an algebraic variety Part II: Verification of the conjectures for...
Web20 de fev. de 2016 · Abstract:The purpose of this note is to prove that the Chow motive of the Fano surface of lines on the smooth cubic threefold is finite-dimensional in the sense of Kimura. This gives an example of a smooth projective variety that is not dominated by a product of curves but whose Chow motive is of Abelian type. Submission history
WebAlgebraic curves is one of the oldest subjects in modern mathematics, as it was one of the rst things people did once they learned about polynomials. It has developed over time a multiplicity of language and symbols, and we will run through it. Let X be a smooth projective algebraic curve over C. rcd21WebZariski, O. (1962). The Theorem of Riemann-Roch for High Multiples of an Effective Divisor on an Algebraic Surface. The Annals of Mathematics, 76(3), 560. doi:10.2307/1970376 rcd-1knWeb11 de mai. de 2024 · We prove that isogenous K3 surfaces have isomorphic Chow motives. This provides a motivic interpretation of a long standing conjecture of … rcd158wh2Web20 de fev. de 2016 · Mathematics > Algebraic Geometry. arXiv:1602.06403 (math) [Submitted on 20 Feb 2016] ... Abstract: The purpose of this note is to prove that the Chow motive of the Fano surface of lines on the smooth cubic threefold is finite-dimensional in the sense of Kimura. rcd1884 land prideWeb1 de set. de 2024 · Journal of Algebraic Combinatorics: An International Journal Volume 56 ... Böhning C von Bothmer H-CG Katzarkov L Sosna P Determinantal Barlow surfaces and phantom categories J. Europ. Math. ... Sosna P Some remarks on phantom categories and motives Bull. Belg. Math. Soc. Simon Stevin 2024 27 3 337 352 4146735 … rcd200 bluetoothWebThis has interesting implications for mirror symmetry, as mirror symmetry exchanges the odd and even Betti numbers. Here the zeta functions for a one-parameter family of K3 surfaces, $\mathbb{P}_3[4]$, and a two-parameter family of octics in weighted projective space, $\mathbb{P}_4{}^{(1, 1, 2, 2, 2)} [8]$, are computed. rcd 2015WebDynamics and Algebraic Surfaces ; Namboodiri Lectures -- University of Chicago 20-22 January 2003 Curtis T. McMullen, Harvard University ; Lectures: Abstract I. Islands on K3 surfaces II. Random lattices and Sqrt[n] mod 1 III. Billiards ; References: Dynamics on K3 surfaces: Salem numbers and Siegel disks Gaps in Sqrt[n] mod 1 and ergodic theory rcd 204