From the Higgs masses of Run 1 and 2016 measured at CMS, a very special value of 36.9% was found. Applying 36.9% to Run 1 and Run 2 of ATLAS, the Higgs mass is calculated to be 125.07 GeV at Run 1 and 125.06 GeV at Run 2. Also, when applying 36.9% to Run 1 and 2016 of CMS, 47 identical values are found. From 36.9%, the Hubble constant of 70.93 km/s/Mpc, the age of the universe of 13.785 BY, the dark energy ratio Ω of 68.45%, and the cosmological constant of 1.1020E-52 /m2 are simply calculated. The compressive strength of three generation quantum spaces makes the three generation particles and gives it a quantum mass. Since quantum space has a logarithmic property, the total mass of particles must be calculated as the logarithmic value. From the log-parabola equation of W Z H, the relationships of H^2 = Z^7 / W^5 and Ω = W^3 / Z^3 were derived. Therefore, substituting Z 91.1880 GeV of PDG 2024, the masses of W and H are calculated to be 80.36 GeV (= Z u2022 Ω^(1/3)) and 125.06 GeV (= Z / Ω^(5/6)). From more precise calculations, when the mass of Z is 91.1880 GeV, the values of Ω, W, and H were calculated to be 68.4523%, 80.3650 GeV, and 125.059 GeV. The value of Z / H is calculated as 72.9161%. Multiplying by 68.4523%, 2.00350 is calculated, which is similar to the g-2 factor of 2.002.