Abstract:We analyze the torus fixed loci of Mixed Spin P fields moduli, and deduce its localization formulas with explicit factors. An algorithm toward evaluating quintic's Gromov-Witten and Fan-Jarvis-Ruan-Witten invariants is derived.
“…It is shown [CLLL2] that {Θ g,k } g,k determine all FJRW invariants with descendents for the quintic LG space ([C 5 /Z 5 ], W 5 ), where an explicit formula will be given in [twFJRW]. For this reason we call {Θ g,k } g,k the primary FJRW invariants.…”
Section: Witten's Gauged Linear Sigma Model (Glsm)mentioning
confidence: 99%
“…hm-induction Theorem 10.1 ( [CLLL2]). Letting d ∞ = 0, the relations (10.1) provide an effective algorithm to evaluate the GW invariants N g,d provided the following are known (1) N g ,d for (g , d ) such that g < g, and d ≤ d;…”
Section: Vanishing and Polynomial Relationsmentioning
We outline various developments of affine and general Landau Ginzburg models in physics. We then describe the A-twisting and coupling to gravity in terms of Algebraic Geometry. We describe constructions of various path integral measures (virtual fundamental class) using the algebro-geometric technique of cosection localization, culminating in the theory of "Mixed Spin P (MSP) fields" developed by the authors.
“…It is shown [CLLL2] that {Θ g,k } g,k determine all FJRW invariants with descendents for the quintic LG space ([C 5 /Z 5 ], W 5 ), where an explicit formula will be given in [twFJRW]. For this reason we call {Θ g,k } g,k the primary FJRW invariants.…”
Section: Witten's Gauged Linear Sigma Model (Glsm)mentioning
confidence: 99%
“…hm-induction Theorem 10.1 ( [CLLL2]). Letting d ∞ = 0, the relations (10.1) provide an effective algorithm to evaluate the GW invariants N g,d provided the following are known (1) N g ,d for (g , d ) such that g < g, and d ≤ d;…”
Section: Vanishing and Polynomial Relationsmentioning
We outline various developments of affine and general Landau Ginzburg models in physics. We then describe the A-twisting and coupling to gravity in terms of Algebraic Geometry. We describe constructions of various path integral measures (virtual fundamental class) using the algebro-geometric technique of cosection localization, culminating in the theory of "Mixed Spin P (MSP) fields" developed by the authors.
We analyze the local structure of moduli space of genus one stable quasimaps. Combining it with the p-fields theory developed in [8], we prove the hyperplane property for genus one invariants of stable quasimaps to hypersurface in P n .
“…The notion of MSP field was introduced in [CLLL,CLLL2] as a mathematical theory to realize the phase transition for GW invariants of quintic CY threefolds envisioned by Witten [Wi]. The relations derived from the vanishings via their virtual cycles have produced, or reproduced, results on low genus GW invariants of the quintic CY threefolds and the low genus FJRW invariants of the Fermat quintic polynomials (cf.…”
This is the first part of the project toward proving the BCOV's Feynman graph sum formula of all genera Gromov-Witten invariants of quintic Calabi-Yau threefolds. In this paper, we introduce the notion of N-Mixed-Spin-P fields, construct their moduli spaces, their virtual cycles, their virtual localization formulas, and a vanishing result associated with irregular graphs.
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