It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by TrueBrit
On the face of it this seems a fantastic idea, and I am impressed by its scope, however one question occurs to me.
I read in the article linked by the OP that the proposed method of collecting electrical energy from the atmosphere, would involve preventing lethal strikes , and would supposedly involve absorbing any electricity BEFORE a lightning strike could be induced . While the very thought of preventing natures most savage claw from striking at the ground is a grand notion, I wonder if it might turn out having some negative affects.
When lightning forms and strikes , its passage burns impurities out of the air,cleaning the air we breathe.
I dont feel comfortable with the idea of removing lightning from the atmosphere altogether, or even in any large percentage, until an experiment can be devised which can tell us , what negative effects might occur without it, and how to mitigate any negative effects caused by the ceasation of lightning activity.
Originally posted by TrueBrit
reply to post by BANANAMONTANA
While Im aware that Ozone is in of itself not super helpful in terms of climate change, the result of removing one of natures most powerful forces from large swathes of the earth, in my opinion needs careful examination before being enacted.
I really dont see why a method of collecting energy DIRECTLY from lightning bolts cant be developed instead. I hear alot of pathetic nonsense about capacitors not having the storage capability to collect such large amounts of energy, but as excuses go , in the 21st centuary... thats absolute tosh. Resistant material research gets more impressive every femtosecond, so I cant understand why a storage method cannot be devised.
The conditions needed to produce lightning have been known for some time. However, exactly how lightning forms has never been verified so there is room for debate. Leading theories focus around separation of electric charge and generation of an electric field within a thunderstorm. Recent studies also indicate that ice, hail, and semi-frozen water drops known as graupel are essential to lightning development. Storms that fail to produce large quantities of ice usually fail to produce lightning.