James Toupin wrote:
There is of course a technical problem with your "solution" that you are
overlooking: if these aluminium sequins are set adrift in orbit, what is to
keep them from reflecting heat back down to the earth and acting as a
thermal blanket, trapping more heat then it stops entering the atmosphere?

One side of whatever material was used would have to be coated in an
extremely reflective material, while the other side would have to be covered
in an extremely absorbent material. Now comes the big problem: how do you
manage to align these particles and then keep them stable in orbit? The
particles are going to naturally just tumble through space. That is a very
big obstacle to overcome.

James


Obviously you do not have a scientific mind, for a mind of science
would know that volcanoes with volcanic ash and meteors with meteor ash
in the upper atmosphere stops Sun rays from getting through and thus
cooling Earth.

Is it that you forgot about volcanic ash that would trashcan your
argument. Is it that you forgot about meteoric ash that would trashcan
your argument.

Think about what is the proportion of reflected Sun rays by Earth
compared to the number of incoming Sun rays.

As for aligning the sequin, I do not need to do that. Aluminum sequin
is the lowest tech for a Earth Air Conditioner and will be the first
such engineering. But after it is in orbit, there is no doubt in my
mind that future engineers will make it higher tech with the ability to
perhaps align the particles.

As I said earlier Order is happiness and the more order we have means
the more controlling of Hurricanes and also controlling Earth Air
Conditioner. Some future day we could perhaps control weather for most
of the continental land masses.

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