Examples of using Holomorphic function in English and their translations into Dutch
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Every holomorphic function is analytic.
The theorem follows from the fact that holomorphic functions are analytic.
The study of holomorphic functions is one of the most important chapters in mathematics.
He also proved several theorems concerning convergence of sequences of measurable and holomorphic functions.
He researched mostly on holomorphic functions in complex analysis.
Every holomorphic function can be separated into its real
The Hadamard three-circle theorem is a statement about the maximum value a holomorphic function may take inside an annulus.
The concept of a holomorphic function can be extended to the infinite-dimensional spaces of functional analysis.
a zero(sometimes called a root) of a holomorphic function"f" is a complex number"a" such that"f"("a") 0.
The values of a holomorphic function inside a disk can be computed by a certain path integral on the disk's boundary Cauchy's integral formula.
Consider for example any compact connected complex manifold M: any holomorphic function on it is constant by Liouville's theorem.
The behavior of holomorphic functions near their essential singularities is described by the Casorati-Weierstrass theorem
describes the remarkable behavior of holomorphic functions near essential singularities.
The remarkable behavior of holomorphic functions near essential singularities is described by Picard's Theorem.
Another theorem bearing his name gives a sufficient condition for the uniform convergence of a sequence of holomorphic functions on an open domain to a holomorphic function on.
The same is true for differentiable or holomorphic functions, when the two concepts are defined,
it is not holomorphic; it reverses orientation whereas holomorphic functions locally preserve orientation.
the set of holomorphic functions on an open set is a commutative ring
Every holomorphic function f for which there exists a positive number M such that| f( z)|≤ M{\displaystyle|f(z)|\leq M}
In contrast, on a compact Riemann surface every holomorphic function is constant, while there always exist non-constant meromorphic functions. .
an associated non-zero holomorphic function.
A hyperfunction on the real line can be conceived of as the'difference' between one holomorphic function defined on the upper half-plane and another on the lower half-plane.
If f is any holomorphic function on the whole complex plane,
For instance, the Fréchet or Gateaux derivative can be used to define a notion of a holomorphic function on a Banach space over the field of complex numbers.
That is, a holomorphic function f has derivatives of every order at each point a in its domain, and it coincides with
For every Riemann surface, a meromorphic function is the same as a holomorphic function that maps to the Riemann sphere and which is not constant∞.
terms depending on the function's zeros and poles, and an associated non-zero holomorphic function.
This is also because an important result in complex analysis is that every holomorphic function is complex analytic,
biholomorphic function is a bijective holomorphic function whose inverse is also holomorphic. .
This difference is not affected by adding the same holomorphic function to both f and g, so if h is a holomorphic function on the whole complex plane,