Matsusaka's big theorem
http://dbpedia.org/resource/Matsusaka's_big_theorem
In algebraic geometry, given an ample line bundle L on a compact complex manifold X, Matsusaka's big theorem gives an integer m, depending only on the Hilbert polynomial of L, such that the tensor power Ln is very ample for n ≥ m. The theorem was proved by Teruhisa Matsusaka in 1972 and named by Lieberman and Mumford in 1975. The theorem has an application to the theory of Hilbert schemes.
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Matsusaka's big theorem
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In algebraic geometry, given an ample line bundle L on a compact complex manifold X, Matsusaka's big theorem gives an integer m, depending only on the Hilbert polynomial of L, such that the tensor power Ln is very ample for n ≥ m. The theorem was proved by Teruhisa Matsusaka in 1972 and named by Lieberman and Mumford in 1975. The theorem has an application to the theory of Hilbert schemes.
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