activity
20032026
most citedOn defining functions for unbounded pseudoconvex domains

13 citations · 19 across the 9 of their papers we have counts for

collaborators

16 papers

math.CV2026

Hulls and boundaries in

Stefan Nemirovski, Josias Reppekus, Nikolay Shcherbina

The paper is concerned with the boundary behaviour of polynomially and rationally convex hulls in pseudoconvex domains in . As an application, it is shown that every…

math.CV2025

On compact sets possessing -convex functions

Thomas Pawlaschyk, Nikolay Shcherbina

We show that there exists a -convex function in a neighborhood of a compact set in a complex manifold if and only if the -nucleus of this compact set is emp…

math.CV2021

Topological invariants and Holomorphic Mappings

Robert E. Greene, Kang-Tae Kim, Nikolay V. Shcherbina

Invariants for Riemann surfaces covered by the disc and for hyperbolic manifolds in general involving minimizing the measure of the image over the homotopy and homology classes of…

math.CV2020★ 3 cited

On compacts possessing strictly plurisubharmonic functions

Nikolay Shcherbina

We give a geometric condition on a compact subset of a complex manifold which is necessary and sufficient for the existence of a smooth strictly plurisubharmonic function defined i…

math.CV2020★ 2 cited

Foliations of continuous q-pseudoconcave graphs

Thomas Pawlaschyk, Nikolay Shcherbina

We show that for the graph of a continuous mapping , defined on a domain in , is locally foli…

math.CV2020

A Kobayashi and Bergman complete domain without bounded representations

Nikolay Shcherbina, Liyou Zhang

We construct an unbounded strictly pseudoconvex Kobayashi hyperbolic and complete domain in , which also possesses complete Bergman metric, but has no nonconstant bou…

math.CV2019

Unbounded Kobayashi hyperbolic domains in

Hervé Gaussier, Nikolay Shcherbina

We first give a sufficient condition, issued from pluripotential theory, for an unbounded domain in the complex Euclidean space to be Kobayashi hyperbolic. Then, we c…

math.CV2019

On the existence of Kobayashi and Bergman metrics for Model domains

Nikolay Shcherbina

We prove that for a pseudoconvex domain of the form , where and F is a continuous function on ${\mathbb C}_z \…

math.CV2017

Plurisubharmonically separable complex manifolds

Evgeny A. Poletsky, Nikolay Shcherbina

Let be a complex manifold and be the space of bounded continuous plurisubharmonic functions on . In this paper we study when functions from separ…

math.CV2017

Squeezing functions and Cantor Sets

Leandro Arosio, John Erik Fornæss, Nikolay Shcherbina +1

We construct "large" Cantor sets whose complements resemble the unit disk arbitrarily well from the point of view of the squeezing function, and we construct "large" Cantor sets wh…

math.CV2016

A domain with non-plurisubharmonic squeezing function

John Erik Fornæss, Nikolay Shcherbina

We construct a strictly pseudoconvex domain with smooth boundary whose squeezing function is not plurisubharmonic.

math.CV2014

The Hartogs Extension Theorem for holomorphic vector bundles and sprays

Rafael B. Andrist, Nikolay Shcherbina, Erlend F. Wold

We study ellipticity properties of complements of compact subsets of Stein manifolds.

math.CV2014★ 13 cited

On defining functions for unbounded pseudoconvex domains

Tobias Harz, Nikolay Shcherbina, Giuseppe Tomassini

We show that every strictly pseudoconvex domain with smooth boundary in a complex manifold admits a global defining function, i.e., a smooth plurisubharmonic func…

math.CV2010

Wermer type sets and extension of CR functions

Tobias Harz, Nikolay Shcherbina, Giuseppe Tomassini

For each we construct an unbounded closed pseudoconcave complete pluripolar set in which contains no analytic variety of positive dimension (we…

math.CV2007

On the set of complex points of a 2-sphere

Nikolay Shcherbina

Let be a strictly pseudoconvex domain in with -smooth boundary . Let be a 2-dimensional sphere embedded into . Denote by $\…

math.CV2003★ 1 cited

Pluripolar graphs are holomorphic

N. V. Shcherbina

We prove that the graph of a continuous function , defined on a domain of , is pluripolar if and only if is holomorphic.