From Wikipedia, the free encyclopedia

In algebraic geometry, the Kawamata窶天iehweg vanishing theorem is an extension of the Kodaira vanishing theorem, on the vanishing of coherent cohomology groups, to logarithmic pairs, proved independently by Viehweg [1] and Kawamata [2] in 1982.

The theorem states that if L is a big nef line bundle (for example, an ample line bundle) on a complex projective manifold with canonical line bundle K, then the coherent cohomology groups Hi(LK) vanish for all positive i.

References

  1. ^ Viehweg, Eckart (1982), "Vanishing theorems", Journal fテシr die reine und angewandte Mathematik, 335: 1窶8, ISSN  0075-4102, MR  0667459
  2. ^ Kawamata, Yujiro (1982), "A generalization of Kodaira-Ramanujam's vanishing theorem", Mathematische Annalen, 261 (1): 43窶46, doi: 10.1007/BF01456407, ISSN  0025-5831, MR  0675204, S2CID  120101105


From Wikipedia, the free encyclopedia

In algebraic geometry, the Kawamata窶天iehweg vanishing theorem is an extension of the Kodaira vanishing theorem, on the vanishing of coherent cohomology groups, to logarithmic pairs, proved independently by Viehweg [1] and Kawamata [2] in 1982.

The theorem states that if L is a big nef line bundle (for example, an ample line bundle) on a complex projective manifold with canonical line bundle K, then the coherent cohomology groups Hi(LK) vanish for all positive i.

References

  1. ^ Viehweg, Eckart (1982), "Vanishing theorems", Journal fテシr die reine und angewandte Mathematik, 335: 1窶8, ISSN  0075-4102, MR  0667459
  2. ^ Kawamata, Yujiro (1982), "A generalization of Kodaira-Ramanujam's vanishing theorem", Mathematische Annalen, 261 (1): 43窶46, doi: 10.1007/BF01456407, ISSN  0025-5831, MR  0675204, S2CID  120101105



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