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19992004
most citedTowards a Classification of Homogeneous Tube Domains in C^4

2 citations · 4 across the 5 of their papers we have counts for

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math.CV2008

The Penrose Transform for Complex Projective Space

Michael Eastwood

Various complexes of differential operators are constructed on complex projective space via the Penrose transform, which also computes their cohomology.

math.CV20042 cited

Towards a Classification of Homogeneous Tube Domains in C^4

Michael Eastwood, Vladimir Ezhov, Alexander Isaev

We classify the tube domains in C^4 with affinely homogeneous base whose boundary contains a non-degenerate affinely homogeneous hypersurface. It follows that these domains are hol…

math.CV2004

Smoothly Parameterised Cech Cohomology of Complex Manifolds

Toby Bailey, Michael Eastwood, Simon Gindikin

A Stein covering of a complex manifold may be used to realise its analytic cohomology in accordance with the Cech theory. If, however, the Stein covering is parameterised by a smoo…

math.CV2003

Examples of Unbounded Homogeneous Domains in Complex Space

Michael Eastwood, Alexander Isaev

We construct several new examples of homogeneous domains in complex space that do not have bounded realisations. They are equivalent to tubes over affinely homogeneous domains in r…

math.CV2001

Edge of the Wedge Theory in Hypo-Analytic Manifolds

Michael G. Eastwood, C. Robin Graham

This paper studies microlocal regularity properties of the distributions f on a strongly noncharacteristic submanifold E of a hypo-analytic manifold M that arise as the boundary va…

math.CV1999

An Edge-of-the Wedge Theorem for Hypersurface CR Functions

Michael G. Eastwood, C. Robin Graham

The Lewy extension theorem asserts the holomorphic extendability of CR functions defined in a neighborhood of a point on a hypersurface in C^{n+1}. The edge-of-the-wedge theorem as…