posted on Jul, 19 2023 @ 12:08 PM
To those saying above "Why are we only finding out now, we have the technology to do X Y and Z" , "oh because we only just spotted it its because it
was dormant and is new"
Stay away from the coolaid folk for the love of... why does everything have to be some kind of grand conspiracy... except sure... this place.
The truth is that these measurements are not easy to do. The moon it itself recieves more energy from the sun than it produces itself by a massive
amount. And when I say 'by itself' im talking about gravitational cooling, or, cool off of the parts that are facing away from the sun.
The surface temperature of the run varies a lot depending on illumination and loosing heat via radiative transfer is extremely inefficient. Now, to
measure these differences you have to take into account loads of factors which take a lot of intense study and modelling. Example, a lot of luna
'soil' is a grey powder, but its a powder that tends to reflect light back at the origin point, the ability of the Luna surface to release heat is not
amazing and will be offset depending upon its diffuse colour. Example, a black rock will loose heat faster than a white one when placed in a vacuum
chamber (so its radiative cooling), but that extra speed gives us complications to the measurements.
Why? Well some parts of the moon are less reflective than the others parts, some parts are darker in appearance partly due to the reflectivity and
partly material differences in the rocks and soil.
Now when we talk about volcanic activity and extra radiation, what they are talking about is Uranium and Thorium decay chain stuff that is just
decaying away, as it does, over long time periods. The upshot of this is that the energy from the Alphas, Betas and Gammas produced will be absorbed
by the rocks. This is a tiny amount of heat, but it still ends up as heat in the end.
What we are looking at is a TINY amount of extra heat being produced in an area which has some interesting surface features, maybe surface fumaroles
as a volcanic plume maybe was not able to break surface to form a cone but was enough to require some gas release. I must clearly state that its a
tiny amount of heat compared to the background and the general night day fluctuations, the amplitude is about 10 degrees at a specific microwave band.
What it totally suggests is that there is a large geological difference somewhere beneath the surface. Its not like we could go visit the area and be
like... OMG its melting my space suit! its still down at a hundred kelvin or so, frigidly cold.
I can also attest that rocks, hard rocks such as granite are typically more radioactive than other types. Anyone who has been underground in a mine
will tell you that you don't need to go down that far to start to get an increase in the temperature of the rocks by 10 or 20C and thats in an
environment where you have air to transfer the heat away.