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THE EXISTENCE OF J-HOLOMORPHIC CURVES AND APPLICATIONS TO THE WEINSTEIN CONJECTURE
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作者 MA RENYI(Department of Applied Mathmatics, Tsinghua University, Beijing 100084, China) 《Chinese Annals of Mathematics,Series B》 SCIE CSCD 1999年第4期425-434,共10页
The author first proves the existences of J-holomorphic curves in the symplectizations of Legendre fibrations and then as an application confirms the Weinstein conjectures on contact manifolds of Legendre fibrations. ... The author first proves the existences of J-holomorphic curves in the symplectizations of Legendre fibrations and then as an application confirms the Weinstein conjectures on contact manifolds of Legendre fibrations. As a corollary a new proof on the theorem due to Hofer,Viterbo, Gluck, Ziller, Weinstein and Ljusternik-Fet Theorem is provided, which is quite different from their original proofs. 展开更多
关键词 Symplectic geometry j-holomorphic curves Periodic orbit
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THE WEINSTEIN CONJECTURE IN PRODUCT OF SYMPLECTIC MANIFOLDS 被引量:1
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作者 丁岩峭 胡建勋 《Acta Mathematica Scientia》 SCIE CSCD 2016年第5期1245-1261,共17页
In this paper, using pseudo-holomorphic curve method, one proves the Weinstein conjecture in the product P;×P;of two strongly geometrically bounded symplectic manifolds under some conditions with P;. In particula... In this paper, using pseudo-holomorphic curve method, one proves the Weinstein conjecture in the product P;×P;of two strongly geometrically bounded symplectic manifolds under some conditions with P;. In particular, if N is a closed manifold or a noncompact manifold of finite topological type, our result implies that the Weinstein conjecture in CP;×T*N holds. 展开更多
关键词 Weinstein conjecture j-holomorphic sphere geometrically bounded
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On Tamed Almost Complex Four‑Manifolds 被引量:1
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作者 Qiang Tan Hongyu Wang +1 位作者 Jiuru Zhou Peng Zhu 《Peking Mathematical Journal》 2022年第1期37-152,共116页
This paper proves that on any tamed closed almost complex four-manifold(M,J)whose dimension of J-anti-invariant cohomology is equal to the self-dual second Betti number minus one,there exists a new symplectic form com... This paper proves that on any tamed closed almost complex four-manifold(M,J)whose dimension of J-anti-invariant cohomology is equal to the self-dual second Betti number minus one,there exists a new symplectic form compatible with the given almost complex structure J.In particular,if the self-dual second Betti number is one,we give an affirmative answer to a question of Donaldson for tamed closed almost complex four-manifolds.Our approach is along the lines used by Buchdahl to give a unified proof of the Kodaira conjecture. 展开更多
关键词 ω-Tame(compatible)almost complex structure J-Anti-invariant cohomology Positive(1 1)current Local symplectic property j-holomorphic curve
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On the Equivalence of Multiplicative Structures in Floer Homology and Quantum Homology
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作者 Gang LiuDepartment of Mathematics,UCLA,Los Angeles,CA 90095 USAGang TianDepartment of Mathematics,MIT,Cambridge,MA 02139,USA 《Acta Mathematica Sinica,English Series》 SCIE CSCD 1999年第1期53-80,共28页
In this paper,we will prove that Floer homology equipped with either the intrinsic or exterior product is isomorphic to quantum homology as a ring.We will also prove that GW-invariants in Floer homology and quantum ho... In this paper,we will prove that Floer homology equipped with either the intrinsic or exterior product is isomorphic to quantum homology as a ring.We will also prove that GW-invariants in Floer homology and quantum homology are equivalent. 展开更多
关键词 Floer homology Quantum homology GW-invariants j-holomorphic curves Moduli space
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A Remark on the Symplectic Blow-up in Dimension 4
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作者 Ma Renyi Department of Applied Mathematics Tsinghua University Beijing, 100084 China 《Acta Mathematica Sinica,English Series》 SCIE CSCD 1996年第4期379-384,共6页
In this note, we prove that the symplectic blow-up or blow-down in the dimension 4 is rigid, i.e. the symplectic area of the divisor does not exceed the symplectic radius of the neighbourhood on which we do the blow-u... In this note, we prove that the symplectic blow-up or blow-down in the dimension 4 is rigid, i.e. the symplectic area of the divisor does not exceed the symplectic radius of the neighbourhood on which we do the blow-up or blow-down. 展开更多
关键词 j-holomorphic disc Contact manifold Symplectic blow-up
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