Examples of using Holomorphic in English and their translations into Russian
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These transformations are called holomorphic or conformal.
Holomorphic functions of exponential type and duality for Stein groups with algebraic connected component of identity.
Differentiable and holomorphic functions of a complex variable.
Any function that is complex-differentiable in a neighborhood of a point is called holomorphic at that point.
Suppose that z is a holomorphic local coordinate for the Riemann sphere.
In addition, the transition maps between these open subsets are required to be holomorphic.
Rather, the Segal-Bargmann transform is a holomorphic function of x+ i p{\displaystyle x+ip.
Finally, meromorphic functions on a Riemann surface are locally represented as fractions of holomorphic functions.
Serre also proved Serre duality for holomorphic vector bundles on any compact complex manifold.
In complex analysis, a branch of mathematics, the Hadamard three-circle theorem is a result about the behavior of holomorphic functions.
Complex analysis: complex derivative, holomorphic functions, Cauchy integral, residue theorem, Schwarz lemma.
The Artin conjecture then follows immediately from the known fact that the L-functions of cuspidal automorphic representations are holomorphic.
These examples are the beginning of a theory applying to holomorphic families of complex manifolds, of any dimension.
Today, the term"holomorphic function" is sometimes preferred to"analytic function", as the latter is a more general concept.
Their second Betti number is 2,the second Chern number vanishes, and the holomorphic Euler characteristic vanishes.
From an algebraic point of view,the set of holomorphic functions on an open set is a commutative ring and a complex vector space.
He was seeking a generalization of the Jacobian variety, by passing from holomorphic line bundles to higher rank.
The constant χ(0) is the holomorphic Euler characteristic of the trivial bundle, and is equal to 1+ pa, where pa is the arithmetic genus of the surface.
The basic ones are the plurigenera and the Hodge numbers defined as follows:K is the canonical line bundle whose sections are the holomorphic 2-forms.
In particular, the Oka coherence theorem states that the sheaf of holomorphic functions on a complex analytic space X is a coherent sheaf of rings.
It corresponds to the rough classification into the three types: g 0(projective line); g 1(elliptic curve); and g>1 Riemann surfaces with independent holomorphic differentials.
They are defined and holomorphic in the wedge where the imaginary part of each zi-zi-1 lies in the open positive timelike cone.
This idea applied to bounded linear operators on a Banach space, which can be seen as infinite matrices,leads to the holomorphic functional calculus.
For n 0, the functions are thus required to be entire,i.e., holomorphic on the whole surface X. By Liouville's theorem, such a function is necessarily constant.
The holomorphic group representations(meaning the corresponding Lie algebra representation is complex linear) are related to the complex linear Lie algebra representations by exponentiation.
In classical complex analysis,Montel's theorem asserts that the space of holomorphic functions on an open connected subset of the complex numbers has this property.
For holomorphic foliations in complex Kähler manifold: Theorem: Let F{\displaystyle F} be a holomorphic foliation of codimension k{\displaystyle k} in a compact complex Kähler manifold.
Hecke had earlier related Dirichlet L-functions with automorphic forms holomorphic functions on the upper half plane of C that satisfy certain functional equations.
Further, it can be shown that for holomorphic functions of several complex variables the real(and the imaginary) parts are locally pluriharmonic functions.
Let M{\displaystyle M}be a Stein manifold and O( M){\displaystyle{\mathcal{O}}(M)} the space of holomorphic functions on M{\displaystyle M} with the usual topology of uniform convergence on compact sets in M{\displaystyle M.