Abstract:In this paper, we prove finite generation property and holomorphic anomaly equation for the equivariant Gromov-Witten theory ofTwisted I fucntion 4 2.3. Quantum differential equation 4 2.4. Relations among the entries of matrixes A 1 and A 2 6 3. R matrix computations 8 3.1. QDE for R matrix 8 4. Finite generation property of F g 11 5. Holomorphic anomaly equation 12 5.1. Derivatives of the full R matrix 12 5.2. Finite generation property 13 6. Oscillatory integral and Feymann diagram representation of R matri… Show more
“…Holomorphic anomaly equations are predicted for the Gromov-Witten theory of Calabi-Yau manifolds by string theory [6]. In the last years, this structure was proven in various geometries, such as for elliptic orbifold projective lines [64], elliptic curves [78], formal elliptic curves [95], local P 2 [42,20], local P 1 × P 1 [40,94] relative (P 2 , E) [13], C 3 /Z 3 [43,20], toric Calabi-Yau 3-folds [22,23,25,26], the formal quintic 3-fold [44], the quintic 3-fold [29,19], and (partially) elliptic fibrations [79] and K3 fibrations [41]. Conjecture C is maybe the first instance where a general holomorphic anomaly equation is considered in higher dimensions.…”
We conjecture that the generating series of Gromov-Witten invariants of the Hilbert schemes of n points on a K3 surface are quasi-Jacobi forms and satisfy a holomorphic anomaly equation. We prove the conjecture in genus 0 and for at most 3 markingsfor all Hilbert schemes and for arbitrary curve classes. In particular, for fixed n, the reduced quantum cohomologies of all hyperkähler varieties of K3 [n] -type are determined up to finitely many coefficients.As an application we show that the generating series of 2-point Gromov-Witten classes are vector-valued Jacobi forms of weight −10, and that the fiberwise Donaldson-Thomas partition functions of an order two CHL Calabi-Yau threefold are Jacobi forms.
“…Holomorphic anomaly equations are predicted for the Gromov-Witten theory of Calabi-Yau manifolds by string theory [6]. In the last years, this structure was proven in various geometries, such as for elliptic orbifold projective lines [64], elliptic curves [78], formal elliptic curves [95], local P 2 [42,20], local P 1 × P 1 [40,94] relative (P 2 , E) [13], C 3 /Z 3 [43,20], toric Calabi-Yau 3-folds [22,23,25,26], the formal quintic 3-fold [44], the quintic 3-fold [29,19], and (partially) elliptic fibrations [79] and K3 fibrations [41]. Conjecture C is maybe the first instance where a general holomorphic anomaly equation is considered in higher dimensions.…”
We conjecture that the generating series of Gromov-Witten invariants of the Hilbert schemes of n points on a K3 surface are quasi-Jacobi forms and satisfy a holomorphic anomaly equation. We prove the conjecture in genus 0 and for at most 3 markingsfor all Hilbert schemes and for arbitrary curve classes. In particular, for fixed n, the reduced quantum cohomologies of all hyperkähler varieties of K3 [n] -type are determined up to finitely many coefficients.As an application we show that the generating series of 2-point Gromov-Witten classes are vector-valued Jacobi forms of weight −10, and that the fiberwise Donaldson-Thomas partition functions of an order two CHL Calabi-Yau threefold are Jacobi forms.
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