The NASA./Apollo cartel of scripted science data and thus DARPA
official atmospheric sodium (Na+) atoms per cm3 count had been
suggesting but a trace, meaning practically none. However new and
improved CCD camera technology has long since proven somewhat
otherwise.

At 9r there’s still as much as 10 Na atoms/m3 outside of the sodium
saturated tail, of which isn’t all that much sodium to work with
unless you’re right near the physically dark surface that’s worthy of
offering better than 1,000,000/m3 or 1000+Na atoms/cm3 (at least of
atmosphere that’s near the hot daytime side, and perhaps otherwise as
few as 100 atoms/cm3 in nighttime), clearly representing that the
surface itself is more than sufficiently loaded with the raw element
of sodium.

There is also the sodium rich trail or comet like tail that’s
considerably larger than moon diameter to start off with, and
remarkably 900,000 km long, as obviously providing enough of a sodium
shower to share with Earth each and every time that moon gets between
us and the sun, representing quite a sustained cloud or vapor trail
that’s obviously emanating from the sodium rich moon itself.

Applications of In-Situ Produced Sodium and NaK: “Sodium and NaK (the
eutectic alloy of 22.2% sodium, 77.8% potassium) have several possible
applications in cislunar space.”
http://www.asi.org/adb/02/13/04/sodi...lications.html
“According to the Lunar Sourcebook, sodium is one of the moon's major
elements, with a concentration consistently in excess of 0.5%, and
with selective choice of rocks within polymict breccias, up to and in
excess of 1% concentration. Potassium, which comprises approximately
78% of NaK, also has a concentration reliably in excess of 0.7% in
polymict breccias, and between 0.05% and 0.5% in other rock types.”

This seems to suggest that our crystal vacuum dry moon is actually
considerably more saturated with the low density element of sodium
than Earth, and otherwise way more so than Mars that has hardly its
fair share of sodium or much less the remainders of sea-salts which
should not have evaporated or otherwise gone away. Our unusual moon
seems likely the original source of much of Earth sodium and salt
deposits, as well as reinforcing the proposed theory as the most
likely source of salty cosmic ice that contributed to much of our
oceans upon that icy proto-moon encounter.

This is not to say that other than salty moon ice impacted Earth.
Instead this interpretation merely represents the mostly likely
culprit, especially since there’s no apparent human created
representations of our having that moon as of prior to 12,500 BP, as
well as little if anything in objective geology picking up the slack.

In a further stretch of interpretation; Could some of our human
species and other complex forms of DNA life have successfully
interstellar migrated via such an icy proto-moon?

- Brad Guth Brad_Guth Brad.Guth BradGuth