Rarita-Schwinger operators in Clifford analysis can be realized as first-order differential operators acting on functions f(x, u) taking values in the vector space of homogeneous monogenic polynomials. In this paper, the Scasimir operator for the orthosymplectic Lie superalgebra will be used to construct an invariant operator which acts on the full space of functions in two vector variables and therefore has more invariance properties. Also the fundamental solution for this operator will be constructed
AbstractHermitian Clifford analysis is a higher dimensional function theory centered around the simu...
We introduce the so-called Clifford-Gegenbauer polynomials in the framework of Dunkl operators, as w...
This paper deals with the generalisation of the classical Maxwell equations to arbitrary dimension a...
Rarita-Schwinger operators in Clifford analysis can be realized as first-order differential operator...
We show that polynomial invariant operators on functions with values in the Spin(n)-representation w...
The higher spin Dirac operator Q_{k,l} acting on functions taking values in an irreducible represent...
In the Clifford analysis context a specific type of solution for the higher spin Dirac operators Q(k...
In this paper a generalization of the classical Rarita-Schwinger equations for spin 3/2 fields to th...
summary:In this paper we deal with Rarita-Schwinger type operators on spheres and real projective sp...
In this chapter an introduction is given to Clifford analysis and the underlying Clifford algebras. ...
summary:In this paper we consider operators acting on a subspace $\mathcal M$ of the space $L_2(\ma...
summary:Euclidean Clifford analysis is a higher dimensional function theory studying so–called monog...
Quaternionic Clifford analysis is a recent new branch of Clifford analysis, a higher dimensional fun...
Clifford analysis offers a higher dimensional function theory studying the null solutions of the rot...
AbstractThe fundamental solutions of the super Dirac and Laplace operators and their natural powers ...
AbstractHermitian Clifford analysis is a higher dimensional function theory centered around the simu...
We introduce the so-called Clifford-Gegenbauer polynomials in the framework of Dunkl operators, as w...
This paper deals with the generalisation of the classical Maxwell equations to arbitrary dimension a...
Rarita-Schwinger operators in Clifford analysis can be realized as first-order differential operator...
We show that polynomial invariant operators on functions with values in the Spin(n)-representation w...
The higher spin Dirac operator Q_{k,l} acting on functions taking values in an irreducible represent...
In the Clifford analysis context a specific type of solution for the higher spin Dirac operators Q(k...
In this paper a generalization of the classical Rarita-Schwinger equations for spin 3/2 fields to th...
summary:In this paper we deal with Rarita-Schwinger type operators on spheres and real projective sp...
In this chapter an introduction is given to Clifford analysis and the underlying Clifford algebras. ...
summary:In this paper we consider operators acting on a subspace $\mathcal M$ of the space $L_2(\ma...
summary:Euclidean Clifford analysis is a higher dimensional function theory studying so–called monog...
Quaternionic Clifford analysis is a recent new branch of Clifford analysis, a higher dimensional fun...
Clifford analysis offers a higher dimensional function theory studying the null solutions of the rot...
AbstractThe fundamental solutions of the super Dirac and Laplace operators and their natural powers ...
AbstractHermitian Clifford analysis is a higher dimensional function theory centered around the simu...
We introduce the so-called Clifford-Gegenbauer polynomials in the framework of Dunkl operators, as w...
This paper deals with the generalisation of the classical Maxwell equations to arbitrary dimension a...