Electro static solar cells, no light required ! ???

So here's another DIY project that media library has worked upon but first to bring you up to speed that other people are working on the same devices we have for 35 years look at this                 video evidence 
We wrote about electrostatic Motors, there are books wrote on electrostatic Motors, and we have here papers we've wrote on electrostatic Motors. All of these devices were prototypes in were small, we liked the idea of having something small so we begin to make small devices that could generate electricity and small compact little packages then we stack those packages like battery sales to make a bigger battery. Very simple idea this is the proof;  https://youtu.be/vIHfUJu3aKo

Understanding what you are seeing where start earning the small Crystal radios into a battery, like a single cell consist of in one piece of metal copper a paper insert and an opposite piece of metal aluminum equals one cell. No look at the diagram above and see that one cell it's made into a simple crystal radio and Marked One, it also equals one cell.

The crystal radio lights of LED lights, so now we know that a radio that takes no conventional batteries can light a LED light just powered on radio waves. 

See the proof

https://youtu.be/_pm2tLN6KOQ

We also can see using our common sense that the video that you seen above about the car that runs on radio wave or recharges its batteries using radio waves is possible.

How small can you build a crystal radio should now be your question.

 
Now you can see for yourself how small we can make a crystal, let's look at some diagrams so you can get started experimenting on your own crystal radio battery, remember to stack them like you would any conventional battery.

Your question should now be home any of these little tiny packages we call cells would receive energy to charge up its little battery inside. We take another experiment using fluorescent lights under power lines how many lights would actually like up from one single source of static electricity or RF

 there should be no question on how many of your cells can receive a signal to be charged, if they all act like these light bulbs then you could make a conventional batteries that would self charge just using radio waves. This is just one of the ways that this can be performed remember this simple little trick and Treat every battery you build in the same manner. It doesn't matter if it's solar or a chemical battery even this radio battery charge from electrostatic, built just like the first voltaic pile .

So why do we call this paper electrostatic solar cells, it's very simple this battery uses radio waves which are the same as light waves just at a higher frequency. Like any radio it can be attuned or adjusted to match the frequency required to charge the battery. Frequency plays a big part in how much power can be generated in this type of invention. We will update this paper at a later time.