Abstract
Nonstandard neutral Higgs boson production in single quark decays of superheavy quarkonia ((QQ-bar) {yields} QqWH) is studied. The widths of these decays are compared with a width for standard Higgs boson production (the Higgs boson from the minimal electroweak model) in the same decay. It is shown that in some cases these widths are strongly different from each other, which allows one to discriminate between the neutral scalar bosons as well as to receive additional information on the structure of the Higgs sector of electroweak interactions. 6 refs.; 8 figs.; 1 tab.
Citation Formats
Grigoryan, S G, and Chatrchyan, S A.
Nonstandard scalar bosons in superheavy quarkonia decays.
USSR: N. p.,
1990.
Web.
Grigoryan, S G, & Chatrchyan, S A.
Nonstandard scalar bosons in superheavy quarkonia decays.
USSR.
Grigoryan, S G, and Chatrchyan, S A.
1990.
"Nonstandard scalar bosons in superheavy quarkonia decays."
USSR.
@misc{etde_10118503,
title = {Nonstandard scalar bosons in superheavy quarkonia decays}
author = {Grigoryan, S G, and Chatrchyan, S A}
abstractNote = {Nonstandard neutral Higgs boson production in single quark decays of superheavy quarkonia ((QQ-bar) {yields} QqWH) is studied. The widths of these decays are compared with a width for standard Higgs boson production (the Higgs boson from the minimal electroweak model) in the same decay. It is shown that in some cases these widths are strongly different from each other, which allows one to discriminate between the neutral scalar bosons as well as to receive additional information on the structure of the Higgs sector of electroweak interactions. 6 refs.; 8 figs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {Nonstandard scalar bosons in superheavy quarkonia decays}
author = {Grigoryan, S G, and Chatrchyan, S A}
abstractNote = {Nonstandard neutral Higgs boson production in single quark decays of superheavy quarkonia ((QQ-bar) {yields} QqWH) is studied. The widths of these decays are compared with a width for standard Higgs boson production (the Higgs boson from the minimal electroweak model) in the same decay. It is shown that in some cases these widths are strongly different from each other, which allows one to discriminate between the neutral scalar bosons as well as to receive additional information on the structure of the Higgs sector of electroweak interactions. 6 refs.; 8 figs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}