This paper deals with different power series expansions of generalized holomorphic (monogenic) functions in the setting of Clifford Analysis. Our main concern are generalized Appell polynomials as a special class of monogenic polynomials which have been introduced in 2006 by two of the authors using several monogenic hypercomplex variables. We clarify the reasons why a particular pair of non-monogenic variables allows to obtain a power series expansion by those generalized Appell polynomials. The approach is based on the differential of a function. Some other monogenic polynomials as well as applications are mentioned.This work was supported by Portuguese funds through the CMAT - Research Centre of Mathematics of University of Minho - and t...
In recent years classical polynomials of a real or complex variable and their generalizations to the...
In this paper we consider three different methods for generating monogenic functions. The first on...
In this paper we consider three different methods for generating monogenic functions. The first on...
The aim of this note is to study a set of paravector valued homogeneous monogenic polynomials that c...
The aim of this paper is to present a generalization of the Appell sequences within the framework of...
The aim of this note is to study a set of paravector valued homogeneous monogenic polynomials that c...
The aim of this paper is to present a generalization of the Appell sequences within the framework of...
In the recent past one of the main concern of research in the field of Hypercomplex Function Theory ...
The aim of this note is to study a set of paravector valued homogeneous monogenic polynomials that c...
In the recent past one of the main concern of research in the field of Hypercomplex Function Theory ...
AIP conference proceedings, vol. 936In Clifford Analysis several different methods have been develop...
The use of a non-commutative algebra in hypercomplex function theory requires a large variety of dif...
The use of a non-commutative algebra in hypercomplex function theory requires a large variety of dif...
In this paper we consider three different methods for generating monogenic functions. The first one...
In this paper we consider three different methods for generating monogenic functions. The first on...
In recent years classical polynomials of a real or complex variable and their generalizations to the...
In this paper we consider three different methods for generating monogenic functions. The first on...
In this paper we consider three different methods for generating monogenic functions. The first on...
The aim of this note is to study a set of paravector valued homogeneous monogenic polynomials that c...
The aim of this paper is to present a generalization of the Appell sequences within the framework of...
The aim of this note is to study a set of paravector valued homogeneous monogenic polynomials that c...
The aim of this paper is to present a generalization of the Appell sequences within the framework of...
In the recent past one of the main concern of research in the field of Hypercomplex Function Theory ...
The aim of this note is to study a set of paravector valued homogeneous monogenic polynomials that c...
In the recent past one of the main concern of research in the field of Hypercomplex Function Theory ...
AIP conference proceedings, vol. 936In Clifford Analysis several different methods have been develop...
The use of a non-commutative algebra in hypercomplex function theory requires a large variety of dif...
The use of a non-commutative algebra in hypercomplex function theory requires a large variety of dif...
In this paper we consider three different methods for generating monogenic functions. The first one...
In this paper we consider three different methods for generating monogenic functions. The first on...
In recent years classical polynomials of a real or complex variable and their generalizations to the...
In this paper we consider three different methods for generating monogenic functions. The first on...
In this paper we consider three different methods for generating monogenic functions. The first on...