We consider supersymmetry algebras in space-times with arbitrary signature and minimal number of spinor generators. The interrelation between super Poincar\'e and super conformal algebras is elucidated. Minimal super conformal algebras are seen to have as bosonic part a classical semimisimple algebra naturally associated to the spin group. This algebra, the Spin(s,t)-algebra, depends both on the dimension and on the signature of space time. We also consider maximal super conformal algebras, which are classified by the orthosymplectic algebras
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
The spinor representations of the orthosymplectic Lie superalgebras osp(m|n) are considered and cons...
We explore the embedding of Spin groups of arbitrary dimension and signature into simple superalgebr...
We consider simple superalgebras which are a supersymmetric extension of the spin algebra in the cas...
We consider simple superalgebras which are a supersymmetric extension of $\fspin(s,t)$ in the cases ...
In this review we show that a Clifford algebra possesses a unique irreducible representation; the sp...
We start developing a formalism which allows to construct supersymmetric theories systematically acr...
String theory, specifically type-II superstring theory, can be formulated in any ten-dimensional sig...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
AbstractWe study the minimal unitary representation (minrep) of SO(5,2), obtained by quantization of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
We study the minimal unitary representation (minrep) of SO(5,2), obtained by quantization of its geo...
Abstract String theory, specifically type-II superstring theory, can be formulated in any ten-dimens...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
The spinor representations of the orthosymplectic Lie superalgebras osp(m|n) are considered and cons...
We explore the embedding of Spin groups of arbitrary dimension and signature into simple superalgebr...
We consider simple superalgebras which are a supersymmetric extension of the spin algebra in the cas...
We consider simple superalgebras which are a supersymmetric extension of $\fspin(s,t)$ in the cases ...
In this review we show that a Clifford algebra possesses a unique irreducible representation; the sp...
We start developing a formalism which allows to construct supersymmetric theories systematically acr...
String theory, specifically type-II superstring theory, can be formulated in any ten-dimensional sig...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
AbstractWe study the minimal unitary representation (minrep) of SO(5,2), obtained by quantization of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
We study the minimal unitary representation (minrep) of SO(5,2), obtained by quantization of its geo...
Abstract String theory, specifically type-II superstring theory, can be formulated in any ten-dimens...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
Massless conformal scalar field in d=4 corresponds to the minimal unitary representation (minrep) of...
The spinor representations of the orthosymplectic Lie superalgebras osp(m|n) are considered and cons...