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In algebraic geometry, the seesaw theorem, … In algebraic geometry, the seesaw theorem, or seesaw principle, says roughly that a limit of trivial line bundles over complete varieties is a trivial line bundle. It was introduced by André Weil in a course at the University of Chicago in 1954–1955, and is related to Severi's theory of correspondences. The seesaw theorem is proved using . It can be used to prove the theorem of the cube. be used to prove the theorem of the cube.
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| rdfs:comment |
In algebraic geometry, the seesaw theorem, … In algebraic geometry, the seesaw theorem, or seesaw principle, says roughly that a limit of trivial line bundles over complete varieties is a trivial line bundle. It was introduced by André Weil in a course at the University of Chicago in 1954–1955, and is related to Severi's theory of correspondences. The seesaw theorem is proved using . It can be used to prove the theorem of the cube. be used to prove the theorem of the cube.
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| rdfs:label |
Seesaw theorem
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