Abstract
It is shown that the classical action for a particle with a local world-line supersymmetry lead after quantization to the Dirac-like equation which is defined by operators {alpha}-vector and {beta}-circumflex fulfilling the same anticommutation relations as the corresponding Dirac matrices, except that these operators are not Hermitian - they even (anti) commute with the Hermitian conjugate operators. It is shown also that the four current is the analogue of the classical relativistic four current. (author). 6 refs.
Citation Formats
Mankoc Borstnik, N.
From a particle with a world-line supersymmetry to the Dirac-like equation.
IAEA: N. p.,
1991.
Web.
Mankoc Borstnik, N.
From a particle with a world-line supersymmetry to the Dirac-like equation.
IAEA.
Mankoc Borstnik, N.
1991.
"From a particle with a world-line supersymmetry to the Dirac-like equation."
IAEA.
@misc{etde_10132840,
title = {From a particle with a world-line supersymmetry to the Dirac-like equation}
author = {Mankoc Borstnik, N}
abstractNote = {It is shown that the classical action for a particle with a local world-line supersymmetry lead after quantization to the Dirac-like equation which is defined by operators {alpha}-vector and {beta}-circumflex fulfilling the same anticommutation relations as the corresponding Dirac matrices, except that these operators are not Hermitian - they even (anti) commute with the Hermitian conjugate operators. It is shown also that the four current is the analogue of the classical relativistic four current. (author). 6 refs.}
place = {IAEA}
year = {1991}
month = {Oct}
}
title = {From a particle with a world-line supersymmetry to the Dirac-like equation}
author = {Mankoc Borstnik, N}
abstractNote = {It is shown that the classical action for a particle with a local world-line supersymmetry lead after quantization to the Dirac-like equation which is defined by operators {alpha}-vector and {beta}-circumflex fulfilling the same anticommutation relations as the corresponding Dirac matrices, except that these operators are not Hermitian - they even (anti) commute with the Hermitian conjugate operators. It is shown also that the four current is the analogue of the classical relativistic four current. (author). 6 refs.}
place = {IAEA}
year = {1991}
month = {Oct}
}