Max Noether's theorem
(Redirected from Noether's fundamental theorem)
In algebraic geometry, Max Noether's theorem may refer to the results of Max Noether:
- Several closely related results of Max Noether on canonical curves
- AF+BG theorem, or Max Noether's fundamental theorem, a result on algebraic curves in the projective plane, on the residual sets of intersections
- Max Noether's theorem on curves lying on algebraic surfaces, which are hypersurfaces in P3, or more generally complete intersections
- Noether's theorem on rationality for surfaces
- Max Noether theorem on the generation of the Cremona group by quadratic transformations
See also
- Noether's theorem, usually referring to a result derived from work of Max's daughter Emmy Noether
- Noether inequality
- Special divisor
- Hirzebruch–Riemann–Roch theorem
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