Higgs-Like Boson and Bound State of Gauge Bosons <i>W</i><sup>+</sup><i>W</i><sup>-</sup>
- 1 Retired, Dragarbrunnsg. 55C, Uppsala, Sweden
Abstract
The Higgs-like boson H(126) discovered in 2012 is tentatively assigned to a newly found bound state of two charged gauge bosons W + W - . Starting from the scalar strong interaction hadron theory, a first principles’ theory, a nonlinear, soliton-like differential equation dependent upon the distance between the two W bosons is derived. This equation is solved on a computer. A new, nonlinear confinement mechanism, not yet understood, binds the both bosons and gives a bound state mass E B = 155.8 GeV. This E B , derived at the quantum mechanical level, is estimated to reduce to E B = 110 GeV when quantized field effects are included via coarse approximations and replacement of the bare constants by renormalized ones. These developments lead to a revised status of the standard model.
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