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Localization in analytic geometry

Let $X$ be a Stein complex analytic space, and let $Z$ be a closed complex analytic subspace. Set $U=X-Z$. I was wandering if there is any relationship between $A_1:=\mathcal{O}_X(U)$ and the ...
Qfwfq's user avatar
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2 votes
0 answers
139 views

Question on Bergman minimal domains

Let $D \subseteq \mathbb{C}^n$ be a bounded domain and let $t \in D$. We say that $D$ is a minimal domain with center $t$ if for each biholomorphism $F:D \to D' \subseteq \mathbb{C}^n$ such that $JF(t)...
Jaikrishnan's user avatar
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1 vote
0 answers
109 views

Bounding a q-expansion on a bounded open subset of the complex upper-half plane

Let $f:\mathbf{H}\to \mathbf{C}$ be a holomorphic function on the complex upper-half plane and let $q:\tau\mapsto \exp(\pi i \tau)$ be the nome on $\mathbf{H}$. Suppose that there are integers $a_j$ ...
Alfonso's user avatar
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1 answer
198 views

An integral arising in statistics(2)

The integral I am interested in is: $$t(x)=\int_{-K}^{K}\frac{\exp(ixy)}{1+y^{2q}}dy$$ $K<\infty$, q natural number For q=1 one can use contour integration. So for K>1 we have : $$\pi/2-\...
vilvarin's user avatar
  • 267
2 votes
0 answers
153 views

Holomorphic automorphism of strictly psudo-convex domain smooth on boundary

I am wondering if anything is known about this. I couldn't find anything in the literature. In '74 C. Fefferman published a solution to the following problem. Let $\sigma:D\rightarrow D$ be an ...
Craig's user avatar
  • 496
1 vote
0 answers
129 views

Relation between different spatial derivatives of a random field (related to complex integral and/or bessel function)

2 random fields $b$ and $c$ are derived from random field $a$ by $b=\nabla^2a\equiv(\partial_{xx}+\partial_{yy})a $ and $c \equiv c_1+i c_2 = (\partial_{xx}-\partial_{yy}+2i \partial_{xy}) a$. (...
Straybird's user avatar
  • 111
6 votes
0 answers
161 views

Multiplicity of zero (higher dimensional analog)

Consider a sistem of n holomorphic equations with n unknowns in a neighborhood of zero. Suppose that a solution in a neighborhood of 0 is a k-dimensional manifold. I want to associate to it some ...
tanya's user avatar
  • 61
1 vote
0 answers
113 views

Unbounded Convex domain

Take an unbounded convex domain in C^n, with n>1. Suppose that it is Kobayashi hyperbolic. Is it true that it is biholomorphic to a BOUNDED convex domain? For n=1 it is true due to the Riemann mapping ...
Speedy's user avatar
  • 11
3 votes
0 answers
131 views

Slicing the fibres of a meromorphic function with the zero set of a section of an ample line bundle

I'm going through a proof of a vanishing theorem by Sommese ($H^{p,q}(X,L) = 0$ for $p+q > n+k$ if $L$ is $k$-ample) and have hit the following brick wall: I've got a complex projective manifold $...
Gunnar Þór Magnússon's user avatar
0 votes
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Derivate involving Bessel function of second type

Let. $$f := (x, y) \mapsto \text{BesselK}(1, c \cdot (a - b \cdot (x + y))) \cdot \exp(c \cdot b \cdot (y - x))$$ Is there a close formula for this $$\frac{\partial^{m+n}}{\partial y^m \partial x^n} f(...
Ryo Ken's user avatar
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