Birkhoff-Grothendieck theorem

Birkhoff-Grothendieck theorem

In mathematics, the Birkhoff-Grothendieck theorem concerns properties of vector bundles over complex projective space mathbb{CP}^1 . It reduces every vector bundle over mathbb{CP}^1 into direct sum of tautological line bundles, which enables one to deal with the bundle in a practical way. More precisely, the statement of the theorem is as the following.

Every holomorphic vector bundle mathcal{E} on mathbb{CP}^1 can be written as a direct sum of line bundles:

: mathcal{E}congmathcal{O}(a_1)oplus cdots oplus mathcal{O}(a_n).

References

*citation
first1 = Alexander | last = Grothendieck | authorlink = Alexander Grothendieck
title = Sur la classification des fibres holomorphes sur la sphere de Riemann
journal = American Journal of Mathematics | volume = 79 | year = 1957 | pages = 121•138
doi = 10.2307/2372388
.

*citation
first1 = C. | last1 = Okonek
first2 = M. | last2 = Schneider
first3 = H. | last3 = Spindler
title = Vector bundles on complex projective spaces
series = Progress in Mathematics | publisher = Birkhäuser | year = 1980
.


Wikimedia Foundation. 2010.

Игры ⚽ Поможем решить контрольную работу

Look at other dictionaries:

  • George David Birkhoff — Infobox Scientist name = George David Birkhoff box width = image width =150px caption = George David Birkhoff birth date = 21 March 1884 birth place = Overisel, Michigan death date = 12 November 1944 death place = Cambridge, Massachusetts… …   Wikipedia

  • Théorème de Birkhoff — Cette page d’homonymie répertorie les différents sujets et articles partageant un même nom. Théorèmes nommés d après George David Birkhoff Théorème ergodique de Birkhoff Théorème de Poincaré Birkhoff, affirmant que toute application d un anneau… …   Wikipédia en Français

  • Alexander Grothendieck — User:Geometry guy/InfoboxAlexander Grothendieck (born March 28, 1928 in Berlin, Germany) is considered to be one of the greatest mathematicians of the 20th century. He made major contributions to: algebraic topology, algebraic geometry, number… …   Wikipedia

  • De Franchis theorem — In mathematics, the de Franchis theorem is one of a number of closely related statements applying to compact Riemann surfaces, or, more generally, algebraic curves, X and Y, in the case of genus g > 1. The simplest is that the automorphism… …   Wikipedia

  • List of theorems — This is a list of theorems, by Wikipedia page. See also *list of fundamental theorems *list of lemmas *list of conjectures *list of inequalities *list of mathematical proofs *list of misnamed theorems *Existence theorem *Classification of finite… …   Wikipedia

  • List of mathematics articles (B) — NOTOC B B spline B* algebra B* search algorithm B,C,K,W system BA model Ba space Babuška Lax Milgram theorem Baby Monster group Baby step giant step Babylonian mathematics Babylonian numerals Bach tensor Bach s algorithm Bachmann–Howard ordinal… …   Wikipedia

  • Vector bundles on algebraic curves — In mathematics, vector bundles on algebraic curves may be studied as holomorphic vector bundles on compact Riemann surfaces. which is the classical approach, or as locally free sheaves on algebraic curves C in a more general, algebraic setting… …   Wikipedia

  • Moduli of algebraic curves — In algebraic geometry, a moduli space of (algebraic) curves is a geometric space (typically a scheme or an algebraic stack) whose points represent isomorphism classes of algebraic curves. It is thus a special case of a moduli space. Depending on… …   Wikipedia

  • Riemann surface — For the Riemann surface of a subring of a field, see Zariski–Riemann space. Riemann surface for the function ƒ(z) = √z. The two horizontal axes represent the real and imaginary parts of z, while the vertical axis represents the real… …   Wikipedia

  • Plane curve — In mathematics, a plane curve is a curve in a Euclidean plane (cf. space curve). The most frequently studied cases are smooth plane curves (including piecewise smooth plane curves), and algebraic plane curves. A smooth plane curve is a curve in a …   Wikipedia

Share the article and excerpts

Direct link
Do a right-click on the link above
and select “Copy Link”