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BIHOLOMORPHISM

  • Biholomorphism
  • Bijective holomorphic function with a holomorphic inverse

    or more complex variables, and also in complex algebraic geometry, a biholomorphism or biholomorphic function is a bijective holomorphic function whose

    Biholomorphism

    Biholomorphism

    Biholomorphism

  • Function of several complex variables
  • Type of mathematical functions

    holomorphic. At this time, ϕ {\displaystyle \phi } is called a U, V biholomorphism also, we say that U and V are biholomorphically equivalent or that they

    Function of several complex variables

    Function_of_several_complex_variables

  • Generalized flag variety
  • Type of mathematical space

    compact Hermitian symmetric spaces: K is the isometry group, and G is the biholomorphism group of M. Over the real numbers, a real flag manifold is also called

    Generalized flag variety

    Generalized_flag_variety

  • Complex geometry
  • Study of complex manifolds and several complex variables

    (U_{1}\cap U_{2})\to \psi (U_{1}\cap U_{2})} is a biholomorphism. Notice that since every biholomorphism is a diffeomorphism, and C n {\displaystyle \mathbb

    Complex geometry

    Complex_geometry

  • Complex hyperbolic space
  • {\displaystyle [1:x_{1}:\dots :x_{n}]} of the projective space thus defines a biholomorphism. This model is the equivalent of the Poincaré disk model. Unlike the

    Complex hyperbolic space

    Complex_hyperbolic_space

  • Hermitian symmetric space
  • Manifold with inversion symmetry

    bounded symmetric domain if for every x in Ω, there is an involutive biholomorphism σx of Ω for which x is an isolated fixed point. The Harish-Chandra embedding

    Hermitian symmetric space

    Hermitian symmetric space

    Hermitian_symmetric_space

  • Differentiable manifold
  • Manifold upon which it is possible to perform calculus

    collection of all local Ck diffeomorphisms on Rn form a pseudogroup. All biholomorphisms between open sets in Cn form a pseudogroup. More examples include:

    Differentiable manifold

    Differentiable manifold

    Differentiable_manifold

  • Integral of inverse functions
  • Mathematical theorem, used in calculus

    \mathbb {C} } , and assume that f : U → V {\displaystyle f:U\to V} is a biholomorphism. Then f {\displaystyle f} and f − 1 {\displaystyle f^{-1}} have antiderivatives

    Integral of inverse functions

    Integral_of_inverse_functions

  • Fake projective plane
  • examples determined up to isometry, or 100 fake projective planes up to biholomorphism. A surface of general type with the same Betti numbers as a minimal

    Fake projective plane

    Fake_projective_plane

  • Schwarzian derivative
  • Nonlinear differential operator used to study conformal mappings

    a biholomorphisms is locally in Γ, then it too is in Γ. The pseudogroup is said to be transitive if, given z and w in C, there is a biholomorphism f in

    Schwarzian derivative

    Schwarzian_derivative

  • Bergman kernel
  • {\displaystyle L^{2}} inner product on this space is manifestly invariant under biholomorphisms of D, the Bergman kernel and the associated Bergman metric are therefore

    Bergman kernel

    Bergman_kernel

  • Bergman metric
  • mappings of G to another domain G ′ {\displaystyle G'} . That is if f is a biholomorphism of G and G ′ {\displaystyle G'} , then d G ( p , q ) = d G ′ ( f ( p

    Bergman metric

    Bergman_metric

  • Harmonic map
  • Concept in mathematics

    anti-biholomorphic if they are homotopic to each other; the biholomorphism (or anti-biholomorphism) is precisely the harmonic map produced as the limit of

    Harmonic map

    Harmonic_map

  • Dessin d'enfant
  • Graph drawing used to study Riemann surfaces

    {\displaystyle f} is sufficient to describe f {\displaystyle f} itself up to biholomorphism. However, this construction identifies the Riemann surface only as a

    Dessin d'enfant

    Dessin_d'enfant

  • Fatou–Bieberbach domain
  • biholomorphism f : Ω → C n {\displaystyle f:\Omega \rightarrow \mathbb {C} ^{n}} , f − 1 {\displaystyle f^{-1}} is not a polynomial. Biholomorphism preserves

    Fatou–Bieberbach domain

    Fatou–Bieberbach_domain

  • Period mapping
  • structures of X0 and Xb because they are induced by diffeomorphisms, not biholomorphisms. Let FpHk(Xb, C) denote the pth step of the Hodge filtration. The Hodge

    Period mapping

    Period_mapping

  • Shilov boundary
  • G=\operatorname {Aut} (D)^{\circ }} be the identity component of its biholomorphism group. Then the Shilov boundary S {\displaystyle S} is the smallest

    Shilov boundary

    Shilov_boundary

  • Kobayashi–Hitchin correspondence
  • Vector bundles theorem

    smooth structure E → ( X , ω ) {\displaystyle E\to (X,\omega )} up to biholomorphism, and the moduli space of Hermite–Einstein metrics on the complex vector

    Kobayashi–Hitchin correspondence

    Kobayashi–Hitchin_correspondence

  • Siegel disc
  • disc of f around the point z 0 {\displaystyle z_{0}} if there exists a biholomorphism ϕ : U → D {\displaystyle \phi :U\to \mathbb {D} } where D {\displaystyle

    Siegel disc

    Siegel_disc

  • Pseudoconvexity
  • Mathematical concept

    Andrew (2019). "Characterizing strong pseudoconvexity, obstructions to biholomorphisms, and Lyapunov exponents". Mathematische Annalen. 374 (3–4): 1811–1844

    Pseudoconvexity

    Pseudoconvexity

  • Nonabelian Hodge correspondence
  • Correspondsnce between Higgs bundles and fundamental group representations

    T^{*}\operatorname {Jac} (X)\cong (\mathbb {C} ^{*})^{2g}} which is not a biholomorphism. One can check that the natural complex structures on these two spaces

    Nonabelian Hodge correspondence

    Nonabelian_Hodge_correspondence

  • Symmetric cone
  • Open convex self-dual cones

    HT be the group of biholomorphisms of the tube T. The Cayley transform shows that is isomorphic to the group HD of biholomorphisms of the bounded domain

    Symmetric cone

    Symmetric_cone

  • Ewa Ligocka
  • Polish mathematician and political activist (1947–2022)

    R. Bell on the Feferman–Vaught theorem on the smooth extension of biholomorphisms to the boundaries of their domains. This work, which was published

    Ewa Ligocka

    Ewa Ligocka

    Ewa_Ligocka

  • Fundamental polygon
  • Polygon associated with a compact Riemann surface

    transformations of X and can be identified with a subgroup Γ of the group of biholomorphisms of X. The group Γ thus acts freely on X with compact quotient space

    Fundamental polygon

    Fundamental_polygon

  • Mutation (Jordan algebra)
  • compact. Loos (1977) uses the Bergman operators to construct an explicit biholomorphism between X and a closed smooth algebraic subvariety of complex projective

    Mutation (Jordan algebra)

    Mutation_(Jordan_algebra)

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