17. Modeling of Global Climate Control

A model has been proposed to design a sustainable climate for the planet Earth by the activation of the hidden power of dark energy (D_e) and antimatter (A_m) of the Earth. Here, the activation of dark energy (D_e) of the Earth considering its quantum electrodynamics (QED) function is being analyzed to break the atmospheric CO₂ naturally. Subsequently, the activation of antimatter (A_m) considering nano-point defect of the electromagnetic field of Earth has been analyzed to transform activated antimatter (A_m) into cool-state energy, here denoted as Hossain Cool Energy (HcE⁻) to cool the Earth naturally. Subsequently, this HcE⁻ is also being further remodeled to convert it into the thermo-state energy, named as the Hossain Thermal Energy (HtE⁻) by the implementation of Higgs-Bosons (H → γγ⁻) electromagnetic fields to heat the Earth, respectively. The activation of dark energy (D_e) suggested that it has the excellent hypercharge striking electron force to break the CO₂ naturally to convert it into C and O₂. Subsequently, the generation of HcE⁻ from the (A_m) and then transform it into HtE⁻ is being tested by a series of computational modeling, which reveals that the activation of the (A_m) and its transformation into HcE⁻ and HtE⁻ are very much doable in anywhere on this planet that certainly can cool and heat the Earth naturally to secure a sustainable climate condition for the Earth.