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IBS - Symplectic Monday SeminarㅣEquivariant Homological Mirror Symmetry for CP1

기간 : 2022-11-14 ~ 2022-11-14
시간 : 10:00 ~ 11:00
개최 장소 : Online streaming (Zoom)
분야Field
날짜Date 2022-11-14 ~ 2022-11-14 시간Time 10:00 ~ 11:00
장소Place Online streaming (Zoom) 초청자Host
연사Speaker Masahiro Futaki 소속Affiliation Chiba University
TOPIC IBS - Symplectic Monday SeminarㅣEquivariant Homological Mirror Symmetry for CP1
소개 및 안내사항Content

Abstract

The mirror of an n-dimensional toric Fano manifold X is known to be (C)n(C∗)n equipped with a Laurent polynomial f and is called the Landau-Ginzburg model. The homological mirror symmetry for toric Fano manifold says that the Fukaya category of XX is equivalent to the category of matrix factorizations of ff (Cho, Hong and Lau 2019). Givental introduced the equivariant Landau-Ginzburg mirror FF by adding logarithmic terms to ff. In this talk we formulate and show a version of equivariant homological mirror symmetry for CP1CP1 by introducing equivariant Floer AA∞ algebra for toric fibers. This is a joint work with Fumihiko Sanda (Gakushuin University) and is based on our preprint https://arxiv.org/abs/2112.14622 .

★ Pre-registration is certainly required, please visit https://cgp.ibs.re.kr/ 

학회명Field IBS - Symplectic Monday SeminarㅣEquivariant Homological Mirror Symmetry for CP1
날짜Date 2022-11-14 ~ 2022-11-14 시간Time 10:00 ~ 11:00
장소Place Online streaming (Zoom) 초청자Host
소개 및 안내사항Content

Abstract

The mirror of an n-dimensional toric Fano manifold X is known to be (C)n(C∗)n equipped with a Laurent polynomial f and is called the Landau-Ginzburg model. The homological mirror symmetry for toric Fano manifold says that the Fukaya category of XX is equivalent to the category of matrix factorizations of ff (Cho, Hong and Lau 2019). Givental introduced the equivariant Landau-Ginzburg mirror FF by adding logarithmic terms to ff. In this talk we formulate and show a version of equivariant homological mirror symmetry for CP1CP1 by introducing equivariant Floer AA∞ algebra for toric fibers. This is a joint work with Fumihiko Sanda (Gakushuin University) and is based on our preprint https://arxiv.org/abs/2112.14622 .

★ Pre-registration is certainly required, please visit https://cgp.ibs.re.kr/ 

성명Field IBS - Symplectic Monday SeminarㅣEquivariant Homological Mirror Symmetry for CP1
날짜Date 2022-11-14 ~ 2022-11-14 시간Time 10:00 ~ 11:00
소속Affiliation Chiba University 초청자Host
소개 및 안내사항Content

Abstract

The mirror of an n-dimensional toric Fano manifold X is known to be (C)n(C∗)n equipped with a Laurent polynomial f and is called the Landau-Ginzburg model. The homological mirror symmetry for toric Fano manifold says that the Fukaya category of XX is equivalent to the category of matrix factorizations of ff (Cho, Hong and Lau 2019). Givental introduced the equivariant Landau-Ginzburg mirror FF by adding logarithmic terms to ff. In this talk we formulate and show a version of equivariant homological mirror symmetry for CP1CP1 by introducing equivariant Floer AA∞ algebra for toric fibers. This is a joint work with Fumihiko Sanda (Gakushuin University) and is based on our preprint https://arxiv.org/abs/2112.14622 .

★ Pre-registration is certainly required, please visit https://cgp.ibs.re.kr/ 

성명Field IBS - Symplectic Monday SeminarㅣEquivariant Homological Mirror Symmetry for CP1
날짜Date 2022-11-14 ~ 2022-11-14 시간Time 10:00 ~ 11:00
호실Host 인원수Affiliation Masahiro Futaki
사용목적Affiliation 신청방식Host Chiba University
소개 및 안내사항Content

Abstract

The mirror of an n-dimensional toric Fano manifold X is known to be (C)n(C∗)n equipped with a Laurent polynomial f and is called the Landau-Ginzburg model. The homological mirror symmetry for toric Fano manifold says that the Fukaya category of XX is equivalent to the category of matrix factorizations of ff (Cho, Hong and Lau 2019). Givental introduced the equivariant Landau-Ginzburg mirror FF by adding logarithmic terms to ff. In this talk we formulate and show a version of equivariant homological mirror symmetry for CP1CP1 by introducing equivariant Floer AA∞ algebra for toric fibers. This is a joint work with Fumihiko Sanda (Gakushuin University) and is based on our preprint https://arxiv.org/abs/2112.14622 .

★ Pre-registration is certainly required, please visit https://cgp.ibs.re.kr/ 

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