In an attempt to find an origin of dark energy it is found that the hypothetical pair of gravitationally bound Planckeon of mass m pl ~ 0.5g and the Higgs boson of masss m H ~ !0 -4 m pl creates a negative attractive potential -Gm pl m H /l pl . The corresponding temperature of thermal creation T ~ 10 28 K is higher than T ~10 27 K accepted by the standard inflationay cosmology, but within the asymptotic limit T ~ ∞ interpolated from Hubble’s expansion history to the point origin of the Hubble universe.
In an attempt to find an origin of dark energy it is found that the hypothetical pair of gravitationally bound Planckeon of mass mpl ~ 0.5g and the Higgs boson of masss mH ~ !0-4 mpl creates a negative attractive potential ï¼GmplmH/lpl. The corresponding temperature of thermal creation T ~ 1028K is higher than T ~1027K accepted by the standard inflationay cosmology, but within the asymptotic limit T ~ ∞ interpolated from Hubble's expansion history to the point origin of the Hubble universe.