101
E
p m
p
m
p
p
p m
p
p =
+
+
+
+
∞
∞
⊥
∞
2
2
2
2
2
2
2
,
(5.61)
whereby the asymptotic thermo “mass” is
m
C g T
∞ =
2
2 2
4
f
.
(5.62)
Reforming the explicit form of E p in the description (Eq. 5.60), the following has
been obtained:
δ E
p m
k
p k p
=
+
+
(
)
⊥
∞
2
2
2
.
(5.63)
Therefore, overt terms have been derived from Eqs. (5.52) and (5.55) above.
Thus, the heating rate of photon emission has confirmed the active energy deliberation through the photonic electromagnetic field of the curtain wall plane (Fig. 5.9).
Conclusions
Conventional cooling and heating technologies implemented in buildings are constituting a primary cause for climate change and distortion of the ozone layer. In
order to alleviate these disastrous impacts, this research has proposed an innovative
technology to deform the solar energy into cool-state photons through the implementation of Bose-Einstein (B-E) discrete photonic mechanics into the helium
(He)-aided curtain walls to cool the premises naturally. Contemporarily, the coolingstate photon has been proposed to reform into heat-state photons by inducing Higgs
boson [BR (H → γγ
−
)] electro-quantum using single-diode semiconductor in the
curtain wall to conduct a natural mechanism to heat the building. It can be simply
summarized that cool-state photons (HcP
−
) could be produced by the deformation
of the solar energy using functional helium (He) application and then it could be
reformed into heat-state photons (HtP
−
) by the activation of Higgs boson quantum’s
electrical charge to cool and heat the building naturally, which indeed would be a
new field of science to mitigate global energy, environment, and ozone layer vulnerability dramatically.
Acknowledgements This research has been conducted under the support of Green Globe
Technology through the grant of RD-02019-06. The author declares that the chapter has no conflict
of interest to publish this research in an appropriate scientific journal.
Conclusions
E
p m
p
m
p
p
p m
p
p =
+
+
+
+
∞
∞
⊥
∞
2
2
2
2
2
2
2
,
(5.61)
whereby the asymptotic thermo “mass” is
m
C g T
∞ =
2
2 2
4
f
.
(5.62)
Reforming the explicit form of E p in the description (Eq. 5.60), the following has
been obtained:
δ E
p m
k
p k p
=
+
+
(
)
⊥
∞
2
2
2
.
(5.63)
Therefore, overt terms have been derived from Eqs. (5.52) and (5.55) above.
Thus, the heating rate of photon emission has confirmed the active energy deliberation through the photonic electromagnetic field of the curtain wall plane (Fig. 5.9).
Conclusions
Conventional cooling and heating technologies implemented in buildings are constituting a primary cause for climate change and distortion of the ozone layer. In
order to alleviate these disastrous impacts, this research has proposed an innovative
technology to deform the solar energy into cool-state photons through the implementation of Bose-Einstein (B-E) discrete photonic mechanics into the helium
(He)-aided curtain walls to cool the premises naturally. Contemporarily, the coolingstate photon has been proposed to reform into heat-state photons by inducing Higgs
boson [BR (H → γγ
−
)] electro-quantum using single-diode semiconductor in the
curtain wall to conduct a natural mechanism to heat the building. It can be simply
summarized that cool-state photons (HcP
−
) could be produced by the deformation
of the solar energy using functional helium (He) application and then it could be
reformed into heat-state photons (HtP
−
) by the activation of Higgs boson quantum’s
electrical charge to cool and heat the building naturally, which indeed would be a
new field of science to mitigate global energy, environment, and ozone layer vulnerability dramatically.
Acknowledgements This research has been conducted under the support of Green Globe
Technology through the grant of RD-02019-06. The author declares that the chapter has no conflict
of interest to publish this research in an appropriate scientific journal.
Conclusions