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26
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84931492016
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See Barger, Deshpande, and Whisnant (Ref. 5).
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40
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84931492015
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we have checked numerically that we get the same results using Eq. (3.1).
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41
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84931492010
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The supersymmetric Higgs-boson-mass term 2m1 of Ref. 21 is λ n / sqrt 2 here, while the angle alpha there is (π / 2 - β ); furthermore, our H bar is the H of Ref. 21.
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47
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84931492011
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Although we restrict ourselves to mW̃>wig 35 GeV, we note that allowing for smaller W̃ masses only enhances the supersymmetric decays of HL.
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48
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84931492012
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Under a simultaneous change of signs for epsilon and beta, γL changes sign but γR is left unaltered. It is easy to see from the structure of the neutralino mass matrix that the relative sign between the two Higgs-fermion components of the eigenstates is also changed. It then follows from Eqs. (3.2) and (3.3) that the couplings S and Xij are unaltered in magnitude and hence the partial widths for the supersymmetric decays of HL are unchanged.
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50
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84931492031
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University of Wisconsin
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(1987)
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Drees, M.1
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53
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0000711661
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The scalar neutrinos as the lightest supersymmetric particles and cosmology
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(1984)
Physics Letters B
, vol.137 B
, pp. 160
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Ibañez, L.1
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54
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84931492030
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Drees (Ref. 26). In principle, the scalar masses could be smaller than given by Eq. (4.7) because of the presence of additional superpotential couplings. We do not investigate this possibility here.
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56
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84931492029
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P. Binétruy, S. Dawson, I. Hinchliffe, and M. K. Gaillard, Berkeley Report No. LBL-22339 1986 (unpublished).
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59
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84931492028
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P. Nath, R. Arnowitt, and A. Chamseddine, Harvard Report No. HUTP 83/A077 (1983); Baer, Hagiwara, and Tata (Ref. 24).
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69
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84931492026
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and R. M. Barnett, J. A. Grifols, A. Mendez, J. F. Gunion, and J. Kalinowski, in Proceedings of the 1986 Summer Study of the Design and Utilization of the Superconducting Super Collider, Snowmass, Colorado (Ref. 14). In the given model, however, this Higgs boson is probably too heavy to be produced in Z0sprime decays (see Refs. 18 and 12).
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70
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84931492025
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H. Baer et al., in Physics at LEP, LEP Physics Jamboree, Geneva, Switzerland, 1985, edited by J. Ellis and R. Peccei (CERN Yellow Report No. 86-02, 1986), Vol. I, p. 297;
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