ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET

KNEUR JL, Schildknecht D (1991)
NUCLEAR PHYSICS B 357(2-3): 357-389.

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We examine an extended electroweak theory based on SU(2)L x SU(2)V x U(l)Y and constrained by rho = 1 at tree level. Various models previously considered in the literature appear as special cases of our framework. The non-decoupling of the additional neutral vector boson V0 for m(V) --> infinity is traced back to the extra point-like photon interaction of leptons and quarks contained in the Hung-Sakurai electroweak model based on gamma-W3 mixing. A comparison of the predictions of the present model with precision electroweak data (M(Z0), M(W +/-), sBAR(W)2) will allow one to quantify how firmly SU(2)L x U(1)Y symmetry of vector-boson-fermion interactions is established by these data.
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KNEUR JL, Schildknecht D. ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET. NUCLEAR PHYSICS B. 1991;357(2-3):357-389.
KNEUR, J. L., & Schildknecht, D. (1991). ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET. NUCLEAR PHYSICS B, 357(2-3), 357-389.
KNEUR, J. L., and Schildknecht, D. (1991). ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET. NUCLEAR PHYSICS B 357, 357-389.
KNEUR, J.L., & Schildknecht, D., 1991. ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET. NUCLEAR PHYSICS B, 357(2-3), p 357-389.
J.L. KNEUR and D. Schildknecht, “ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET”, NUCLEAR PHYSICS B, vol. 357, 1991, pp. 357-389.
KNEUR, J.L., Schildknecht, D.: ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET. NUCLEAR PHYSICS B. 357, 357-389 (1991).
KNEUR, JL, and Schildknecht, Dieter. “ON ELECTROWEAK THEORIES WITH AN EXTRA SU(2)V VECTOR BOSON TRIPLET”. NUCLEAR PHYSICS B 357.2-3 (1991): 357-389.
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