We give an annotated analysis of the exposition of the Standard Electroweak Model by Quigg ([4], in particular, pp. 121-127). We will derive the rest energy of the Higgs particle to be 123 GeV, in near perfect agreement with the observed 125 GeV by the highly publicized LHC finding on July 4, 2012 (cf. [2] for pursuing a model to derive this result). However, we contend that the role played by the Higgs is not that of endowing rest masses to particles, rather it serves as the source of the weak nuclear force by generating the W± and Z0 bosons (cf. [3]). In this connection, we will show that the Higgs boson in the electroweak integration imparts rest masses not only to W± and Z0 but also to photons despite the linear transformation (known as the Weinberg angle) of the Maxwell electromagnetic 4-potential Aμ along with the postulated b (3) μ into a photon field A0,μ along with Z0,μ (by our extensive literature research, no similar