A CONSTRAINT ON SYMPLECTIC STRUCTURE OF ${b_2}^{+}=1$ MINIMAL SYMPLECTIC FOUR-MANIFOLD

  • Published : 1999.02.01

Abstract

Let X be a minimal symplectic four-manifold with ${b_2}^{+}$=1 and $c_1(K)^2\;\geq\;0$. Then we show that there are no symple tic structures $\omega$ such that $$c_1(K)$\cdot\omega$ > 0, if X contains an embedded symplectic submanifold $\Sigma$ satisfying $\int_\Sigmac_1$(K)<0.

Keywords

References

  1. Osaka J. Math. v.34 Seiberg-Witten invariants on non-symplectic 4-manifolds Y. S. Cho
  2. Acta Mathematica Hungarica Finite group actions on $Spin^C$-bundles Y. S. Cho
  3. Algebraic surfaces and Seiberg-Witten invariants R. Friedman;J. Morgan
  4. Seiberg-Witten invariants on Spin 4-manifolds W. Y. Kim
  5. Math. Res. Lett. v.1 The genus of embedded surfaces in the projective space P. Kronheimeer;T. Mrowka
  6. Math. Res. Lett. v.3 Some new application of general wall crossing formula, Gompf's conjecture and its applications A. Liu
  7. Math. Res. Lett. v.2 General wall crossing formula T. Li;A. Liu
  8. Math. Res. Lett. v.2 Symplectic structure on ruled surfaces and generalized adjunction formula T. Li;A. Liu
  9. J. Amer. Math. Soc. v.1 The structure of rational and ruled symplectic four-manifolds D. McDuff
  10. Math. Res. Lett. v.1 The SW invariant and symplectic forms C. H. Taubes
  11. Math. Res. Lett. v.1 More constraints on symplectic manifolds from SW equations C. H. Taubes
  12. Math. Res. Lett. v.2 The Seiberg-Witten invariants and the Gromov invariants C. H. Taubes
  13. Gr=SW, counting curves and connections C. H. Taubes
  14. Math. Res. Lett. v.1 Monopoles and four manifolds E. Witten