To prove aluminum is the maximum coolant as Earth Air Conditioner
coolant I need a new term in physics. A term that embodies cooling
property with that of density. Density to get the material into upper
atmosphere or space and for it to stay there long enough to be
worthwhile and the degree to which the material keeps Sun rays from
heating Earth.

I have to prove that aluminum is this maximal coolant. Not some
compound but elemental aluminum. Not some carbon compound or hydrogen
compound or oxygen compound such as ozone.

I have to show that all compounds containing chlorine will heat Earth.
And all compounds containing Li, Be, Na, Mg heat Earth rather than act
as coolant. That all compounds of F, Cl, S either heat up Earth or have
a unsuitable coolant efficiency/density.

Years ago when I started this search for Earth Air Conditioner I was
looking for a CFC variant that is self transporting and cools Earth.
Trouble is that all CFC molecules end up heating up Earth because they
destroy ozone because of the chlorine content.

So why is aluminum ending up as the optimal, maximum coolant? Because
it is lightweight and because it has a large degree of reflectivity of
Sun energy. Aluminum is not as light weight as carbon but there is no
carbon form which can prevent Sun rays from heating Earth as can
aluminum.

So the proof is going to center on the facts of lightweight and of
amount of Sun ray prevention. Most of the elements and their compounds
from hydrogen to aluminum act as heaters such as CO2 and CO or act as
impervious to Sun rays. There is only a few elements and their
compounds which act as a coolant for which aluminum is one of them and
which I have the burden of proving the maximum coolant.

Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies