Abstract
If the symmetry breaking sector of the Standard Model is strongly interacting, the low-energy dynamics of the longitudinal components of the weak bosons can be described by a non-linear sigma model with two free parameters. For a large range of these parameters the model supports finite energy solitons called weak Skyrmions or technibaryons. Technibaryons could be produced at the SSC giving rise to exotic experimental signatures since they are stable, heavy and, in some cases, fractional-charged particles. PACS:14.80.-j, 12.50Lr. (orig.).
Citation Formats
Dobado, A, and Terron, J.
Technibaryon production at pp colliders.
Germany: N. p.,
1992.
Web.
Dobado, A, & Terron, J.
Technibaryon production at pp colliders.
Germany.
Dobado, A, and Terron, J.
1992.
"Technibaryon production at pp colliders."
Germany.
@misc{etde_10143662,
title = {Technibaryon production at pp colliders}
author = {Dobado, A, and Terron, J}
abstractNote = {If the symmetry breaking sector of the Standard Model is strongly interacting, the low-energy dynamics of the longitudinal components of the weak bosons can be described by a non-linear sigma model with two free parameters. For a large range of these parameters the model supports finite energy solitons called weak Skyrmions or technibaryons. Technibaryons could be produced at the SSC giving rise to exotic experimental signatures since they are stable, heavy and, in some cases, fractional-charged particles. PACS:14.80.-j, 12.50Lr. (orig.).}
place = {Germany}
year = {1992}
month = {Jan}
}
title = {Technibaryon production at pp colliders}
author = {Dobado, A, and Terron, J}
abstractNote = {If the symmetry breaking sector of the Standard Model is strongly interacting, the low-energy dynamics of the longitudinal components of the weak bosons can be described by a non-linear sigma model with two free parameters. For a large range of these parameters the model supports finite energy solitons called weak Skyrmions or technibaryons. Technibaryons could be produced at the SSC giving rise to exotic experimental signatures since they are stable, heavy and, in some cases, fractional-charged particles. PACS:14.80.-j, 12.50Lr. (orig.).}
place = {Germany}
year = {1992}
month = {Jan}
}