On boundary behaviour of the Bergman projection on pseudoconvex domains

Boundary Behavior of the Bergman Kernel Function on Some Pseudoconvex Domains in C "

Let il be a bounded pseudoconvex domain in C" with smooth denning function r and let zo 6 bCl be a point of finite type. We also assume that the Levi form ddr(z) of bil has (n — 2)-positive eigenvalues at z0 . Then we get a quantity which bounds from above and below the Bergman kernel function in a small constant and large constant sense.

The Bergman Projection on Sectorial Domains

Irregularity of the Bergman Projection on Worm Domains in C

We construct higher-dimensional versions of the Diederich-Fornæss worm domains and show that the Bergman projection operators for these domains are not bounded on high-order Lp-Sobolev spaces for 1 ≤ p < ∞.

Analytic Functionals and the Bergman Projection on Circular Domains

A property of the Bergman projection associated to a bounded circular domain containing the origin in C^ is proved: Functions which extend to be holomorphic in large neighborhoods of the origin are characterized as Bergman projections of smooth functions with small support near the origin. For certain circular domains D, it is also shown that functions which extend holomorphically to a neighbor...

The Bergman Kernel and Projection on Non-smooth Worm Domains

We study the Bergman kernel and projection on the worm domains Dβ = { ζ ∈ C : Re ( ζ1e −i log |ζ2| 2) > 0, ∣∣ log |ζ2| ∣∣ < β − π 2 } and D β = { z ∈ C : ∣Im z1 − log |z2| ∣∣ < π 2 , | log |z2| | < β − π 2 } for β > π. These two domains are biholomorphically equivalent via the mapping D β ∋ (z1, z2) 7→ (e z1 , z2) ∋ Dβ . We calculate the kernels explicitly, up to an error term that can be contr...