Abstract
The minimal standard electroweak model yields approximately half the observed value of the K{sub L} - K{sub S} mass difference. Antisymmetric tensor fields incorporated into the standard model can provide the rest 0.5 x ({Delta}m{sub LS}){sub exp}. The effective lepton-lepton, quark-lepton and quark-quark tensor interactions induced by the charged tensor particles are presented. (author). 14 refs.; 3 figs.
Chizhov, M V
[1]
- Sofia Univ. (Bulgaria)
Citation Formats
Chizhov, M V.
New Tensor Interaction and the K{sub L} -K{sub S} Mass Difference.
JINR: N. p.,
1994.
Web.
Chizhov, M V.
New Tensor Interaction and the K{sub L} -K{sub S} Mass Difference.
JINR.
Chizhov, M V.
1994.
"New Tensor Interaction and the K{sub L} -K{sub S} Mass Difference."
JINR.
@misc{etde_10112543,
title = {New Tensor Interaction and the K{sub L} -K{sub S} Mass Difference}
author = {Chizhov, M V}
abstractNote = {The minimal standard electroweak model yields approximately half the observed value of the K{sub L} - K{sub S} mass difference. Antisymmetric tensor fields incorporated into the standard model can provide the rest 0.5 x ({Delta}m{sub LS}){sub exp}. The effective lepton-lepton, quark-lepton and quark-quark tensor interactions induced by the charged tensor particles are presented. (author). 14 refs.; 3 figs.}
place = {JINR}
year = {1994}
month = {Dec}
}
title = {New Tensor Interaction and the K{sub L} -K{sub S} Mass Difference}
author = {Chizhov, M V}
abstractNote = {The minimal standard electroweak model yields approximately half the observed value of the K{sub L} - K{sub S} mass difference. Antisymmetric tensor fields incorporated into the standard model can provide the rest 0.5 x ({Delta}m{sub LS}){sub exp}. The effective lepton-lepton, quark-lepton and quark-quark tensor interactions induced by the charged tensor particles are presented. (author). 14 refs.; 3 figs.}
place = {JINR}
year = {1994}
month = {Dec}
}