AbstractIn this paper we look at the theory of reproducing kernels for spaces of functions in a Clifford algebra R0,n. A first result is that reproducing kernels of this kind are solutions to a minimum problem, which is a non-trivial extension of the analogous property for real and complex valued functions. In the next sections we restrict our attention to Szegö and Bergman modules of monogenic functions. The transformation property of the Szegö kernel under conformal transformations is proved, and the Szegö and Bergman kernels for the half space are calculated
In classical complex function theory the geometric mapping property of conformality is closely linke...
In classical complex function theory the geometric mapping property of conformality is closely linke...
This is a series of lectures we have held during the academic year 2004-2005 at the Department of ...
AbstractIn this paper we look at the theory of reproducing kernels for spaces of functions in a Clif...
The present thesis is set within the field of hypercomplex function theory, which regards the funtio...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
Cotangent type functions in R-n are used to construct Cauchy kernels and Green kernels on the confor...
Cotangent type functions in R-n are used to construct Cauchy kernels and Green kernels on the confor...
In classical complex function theory the geometric mapping property of conformality is closely linke...
Classic hypercomplex analysis is intimately linked with elliptic operators, such as the Laplacian or...
In classical complex function theory the geometric mapping property of conformality is closely linke...
Cotangent type functions in Rn are used to construct Cauchy kernels and Green kernels on the conform...
In classical complex function theory the geometric mapping property of conformality is closely linke...
In classical complex function theory the geometric mapping property of conformality is closely linke...
This is a series of lectures we have held during the academic year 2004-2005 at the Department of ...
AbstractIn this paper we look at the theory of reproducing kernels for spaces of functions in a Clif...
The present thesis is set within the field of hypercomplex function theory, which regards the funtio...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
In this paper, we introduce the classical Segal-Bargmann transform starting from the basis of Hermit...
Cotangent type functions in R-n are used to construct Cauchy kernels and Green kernels on the confor...
Cotangent type functions in R-n are used to construct Cauchy kernels and Green kernels on the confor...
In classical complex function theory the geometric mapping property of conformality is closely linke...
Classic hypercomplex analysis is intimately linked with elliptic operators, such as the Laplacian or...
In classical complex function theory the geometric mapping property of conformality is closely linke...
Cotangent type functions in Rn are used to construct Cauchy kernels and Green kernels on the conform...
In classical complex function theory the geometric mapping property of conformality is closely linke...
In classical complex function theory the geometric mapping property of conformality is closely linke...
This is a series of lectures we have held during the academic year 2004-2005 at the Department of ...