418
which in fact is creating adverse environmental and atmospheric vulnerability. This
is because conventional heating mechanism devours fossil energy that delivers CO 2 ,
which is the primary player in climate change. Consequently, it causes severe environmental and atmospheric nonequilibrium, and results in tremendous fluctuation
of temperature throughout the session [1–3]. At the same time, traditional cooling
systems form chlorofluorocarbons (CFCs), which creates holes in the ozone layer, a
protection shield that defends the maximum high-frequency ultraviolet rays of the
Sun in order to reduce the cause of skin cancer and severe reproduction problem in
all mammalians [4–6]. To mitigate this dangerous environmental and atmospheric
vulnerability, in this study, I propose a natural cooling and heating mechanism for
earth surface by implementing Bose-Einstein photon dynamics and Higgs boson
(H → γγ
−
) quantum. Simply this novel mechanism will decode the photons (solar
energy) into cooling-state photons once photon flux from solar irradiance penetrates
the earth surface. This is because solar photons will be absorbed by nano-pointbreak waveguides of photon band edges (PBEs) by utilizing the quantum electrodynamics (QED) to form cooling-state photons in order to cool the earth surface
naturally [7, 8]. Mediated by earth surface, the cooling-state photons can then be
converted into the heating-state photons via the photonic radiations (PR) irradiated
by the quantum of Higgs bosons (H → γγ
−
) by utilizing the electromagnetic fields
of earth to heat the earth surface naturally [9–11]. This cooling and heating conversion mechanism of earth surface is indeed a noble science to control global climate
change naturally and mitigate the global energy demand and environmental perplexity dramatically for securing a sustainable earth.
Methods and Simulation
Cooling Mechanism of Earth Surface
Once the solar photons penetrate the earth surface it would be deformed into the
cooling-state photons by the cliques of nano-point-break waveguide of earth surface
plane by creating point defects in the photon particle [12–14]. Simply, the cluster of
photon bandgap (PBG) waveguides will be defected once the photon particles hit
the earth plane surface [15–17]. These nano-point defect and PBG waveguide will
deform the quantum dynamic mechanism of photon in order to transform it into
cooling-state photons on the earth surface to cool the earth naturally. This research
work provides a mechanism to form cooling-state photons using the transformation
of thermal photons by using MATLAB software. The calculation revealed that the
thermal waveguides that are embedded in the earth surface plane act as photons’
reservoirs in order to conduct electrodynamics of the cool-state photon which can
be calculated by the following Hossain equation [18–20]:
H C
a a
b b
V a b V b a
ci i i
K
k k k
ik
ik
k
i k k i
= +∑
+
+
+
(
)
∑
∑
∗
ω
ω
†
†
†
†
,
(21.1)
21 Climate Control
which in fact is creating adverse environmental and atmospheric vulnerability. This
is because conventional heating mechanism devours fossil energy that delivers CO 2 ,
which is the primary player in climate change. Consequently, it causes severe environmental and atmospheric nonequilibrium, and results in tremendous fluctuation
of temperature throughout the session [1–3]. At the same time, traditional cooling
systems form chlorofluorocarbons (CFCs), which creates holes in the ozone layer, a
protection shield that defends the maximum high-frequency ultraviolet rays of the
Sun in order to reduce the cause of skin cancer and severe reproduction problem in
all mammalians [4–6]. To mitigate this dangerous environmental and atmospheric
vulnerability, in this study, I propose a natural cooling and heating mechanism for
earth surface by implementing Bose-Einstein photon dynamics and Higgs boson
(H → γγ
−
) quantum. Simply this novel mechanism will decode the photons (solar
energy) into cooling-state photons once photon flux from solar irradiance penetrates
the earth surface. This is because solar photons will be absorbed by nano-pointbreak waveguides of photon band edges (PBEs) by utilizing the quantum electrodynamics (QED) to form cooling-state photons in order to cool the earth surface
naturally [7, 8]. Mediated by earth surface, the cooling-state photons can then be
converted into the heating-state photons via the photonic radiations (PR) irradiated
by the quantum of Higgs bosons (H → γγ
−
) by utilizing the electromagnetic fields
of earth to heat the earth surface naturally [9–11]. This cooling and heating conversion mechanism of earth surface is indeed a noble science to control global climate
change naturally and mitigate the global energy demand and environmental perplexity dramatically for securing a sustainable earth.
Methods and Simulation
Cooling Mechanism of Earth Surface
Once the solar photons penetrate the earth surface it would be deformed into the
cooling-state photons by the cliques of nano-point-break waveguide of earth surface
plane by creating point defects in the photon particle [12–14]. Simply, the cluster of
photon bandgap (PBG) waveguides will be defected once the photon particles hit
the earth plane surface [15–17]. These nano-point defect and PBG waveguide will
deform the quantum dynamic mechanism of photon in order to transform it into
cooling-state photons on the earth surface to cool the earth naturally. This research
work provides a mechanism to form cooling-state photons using the transformation
of thermal photons by using MATLAB software. The calculation revealed that the
thermal waveguides that are embedded in the earth surface plane act as photons’
reservoirs in order to conduct electrodynamics of the cool-state photon which can
be calculated by the following Hossain equation [18–20]:
H C
a a
b b
V a b V b a
ci i i
K
k k k
ik
ik
k
i k k i
= +∑
+
+
+
(
)
∑
∑
∗
ω
ω
†
†
†
†
,
(21.1)
21 Climate Control