Abstract
We present self-dual pure spin-3 and 4 actions using the physical relevant Dreibein fields. Since these actions start with a Chern-Simons like kinetic term (and therefore cannot be obtained through dimensional reduction) one might wonder whether they need the presence of auxiliary, ghost-killing fields. It turns out that they must contain, also in this three dimensional case, auxiliary fields. Auxiliary scalars do not break self-duality; their free action does not contain kinetic terms. (author). 12 refs.
Citation Formats
Aragone, C, and Khoudeir, A.
Self-dual spin-3 and 4 theories.
IAEA: N. p.,
1991.
Web.
Aragone, C, & Khoudeir, A.
Self-dual spin-3 and 4 theories.
IAEA.
Aragone, C, and Khoudeir, A.
1991.
"Self-dual spin-3 and 4 theories."
IAEA.
@misc{etde_10111566,
title = {Self-dual spin-3 and 4 theories}
author = {Aragone, C, and Khoudeir, A}
abstractNote = {We present self-dual pure spin-3 and 4 actions using the physical relevant Dreibein fields. Since these actions start with a Chern-Simons like kinetic term (and therefore cannot be obtained through dimensional reduction) one might wonder whether they need the presence of auxiliary, ghost-killing fields. It turns out that they must contain, also in this three dimensional case, auxiliary fields. Auxiliary scalars do not break self-duality; their free action does not contain kinetic terms. (author). 12 refs.}
place = {IAEA}
year = {1991}
month = {Aug}
}
title = {Self-dual spin-3 and 4 theories}
author = {Aragone, C, and Khoudeir, A}
abstractNote = {We present self-dual pure spin-3 and 4 actions using the physical relevant Dreibein fields. Since these actions start with a Chern-Simons like kinetic term (and therefore cannot be obtained through dimensional reduction) one might wonder whether they need the presence of auxiliary, ghost-killing fields. It turns out that they must contain, also in this three dimensional case, auxiliary fields. Auxiliary scalars do not break self-duality; their free action does not contain kinetic terms. (author). 12 refs.}
place = {IAEA}
year = {1991}
month = {Aug}
}