>Satellite solar power should have no effect on planetary kinematics. It
should also,
>properly implemented, not change the earth's heat budget. Yes, like all
energy usage, it 
>will add heat to the environment, but it is not this heat which is really
the problem 
>today, and that contribution could be balanced rather easily. The serious
problem is the 
>change in the atmosphere from fossil fuel burning, which then causes
changes in heat 
>retention by the earth, thus leading quite likely to global change.
Satellite solar 
>power could contribute, in the construction phase, to atmospheric change,
from massive 
>booster exhaust gases; however, the bulk of the construction in the L-5
conception was 
>to take place from lunar materials. The engineering was worked out over
twenty years 
>ago; the obstacle was not practical, nor was it economics, really, but
politics.

Ahh, but there's a problem... For energy is equivalent to mass, e=mc^2.
And hence if you're injecting energy from a satellite onto the earth surface
via electron movement or any other such method, then you will change the
kinematics of the system.  Perhaps we should just invent a method whereby we
don't use any energy at all, like a super efficient light bulb... I mean hey
you can get plans off the internet for perpetual motion, and machines that
somehow generate energy from splitting and recombining water, surely with
enough looking we'd find something for extreme energy efficiency.

Or we could stop wondering so much about what kind of absurd affect our
current energy usage will have on the earth and just work more on reducing
the short term negatives, such as oil and coal burners, and removing that
incredibly negative perspective on nuclear power generation.



Bevan 

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