Abstract
A heavy bottom-charm six-quark baryon is considered. A semiclassical and a Gaussian estimate show that the octet-octet bbb-ccc configuration can be favoured energetically rather than the singlet-singlet one. This result suggests that a confined bbb-ccc six-quark state may exist. Such objects may be produced in suitable amounts by heavy-ion collisions at Large Hadronic Collider energies. (R.P.) 8 refs. 1 fig.
Biro, T S;
[1]
Zimanyi, J
[2]
- Giessen Univ. (Germany)
- Hungarian Academy of Sciences, Budapest (Hungary). Central Research Inst. for Physics
Citation Formats
Biro, T S, and Zimanyi, J.
Exotic heavy baryons at LHC.
Hungary: N. p.,
1993.
Web.
Biro, T S, & Zimanyi, J.
Exotic heavy baryons at LHC.
Hungary.
Biro, T S, and Zimanyi, J.
1993.
"Exotic heavy baryons at LHC."
Hungary.
@misc{etde_10113800,
title = {Exotic heavy baryons at LHC}
author = {Biro, T S, and Zimanyi, J}
abstractNote = {A heavy bottom-charm six-quark baryon is considered. A semiclassical and a Gaussian estimate show that the octet-octet bbb-ccc configuration can be favoured energetically rather than the singlet-singlet one. This result suggests that a confined bbb-ccc six-quark state may exist. Such objects may be produced in suitable amounts by heavy-ion collisions at Large Hadronic Collider energies. (R.P.) 8 refs. 1 fig.}
place = {Hungary}
year = {1993}
month = {Jun}
}
title = {Exotic heavy baryons at LHC}
author = {Biro, T S, and Zimanyi, J}
abstractNote = {A heavy bottom-charm six-quark baryon is considered. A semiclassical and a Gaussian estimate show that the octet-octet bbb-ccc configuration can be favoured energetically rather than the singlet-singlet one. This result suggests that a confined bbb-ccc six-quark state may exist. Such objects may be produced in suitable amounts by heavy-ion collisions at Large Hadronic Collider energies. (R.P.) 8 refs. 1 fig.}
place = {Hungary}
year = {1993}
month = {Jun}
}