New video: Edward Mitchel

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surely anyone looking at those cells has to admit , they are quality items 

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surely anyone looking at those cells has to admit , they are quality items 

I agree with you here.
Edward makes nice and beautifull components.

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Very nice cells you have. Honestly that's good work, I know how much time and effort and $ it takes to get one made...

You could be right about Max. That is a good point because one thing many people are missing here is proper scientific documentation and measurements.

Anyways I would advise you to cover up your cells and connections between them with a conductive metal shield. You might also want to use some coax cable for your connections. When you really get things working the exposure to the radiation released will make you sicker than a dog. Trust me. It only takes operating the cell unshielded for a few minutes to make you sick for hours.

 I think it was artinvegas that said Stan was diagnosed Prostate cancer a few years before he died....Perhaps the radiation exposure over time had something to do with it? But for his age that's also not uncommon...

Well, 1 on 5 people will get cancer, is it?
So, he might just be unlucky.....
This with all well ment respect.
Its sad he is not with us anymore.
The world would might have looked a bit cleaner....

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In this photo in order for us to compare notes you must hook up your differential probe to D&E shown in the photo as that is the point that shows you what voltage you are applying to the load which is the water fuel capacitor.

This way we can compare apples to apples. This connection point is most important as it tells you how much voltage you are placing on the plates of the exciter array. If the resonant cavities are built the same or close to the ones in Meyer's 11 resonant cavity cell then according to Meyer each resonant cavity must have 1kv or more in order to work correctly. So, for an 11 cell exciter array it will take 11kv or more at measurement points D&E to get the exciter array working correctly. For a cell with 10 resonant cavities it will take 10kv or more measured at points D&E to get the exciter array to work correctly. However there is a catch to this as the more resonant cavities you remover the higher the Voltage Intensifier circuit's resistance has to be to make up for the loss in resistance and at the same time the chokes must be larger to make up for the increase in capacitance. These are the trends that will allow you to correctly design your exciter arrays. Example if you make an exciter array with only 6 resonant cavities more than likely you will have to make use of some resistance wire as that is a lot of lost of resistance in the form of water going from 11 to 6 resonant cavities and the chokes will have to be very large to make up for the increase in capacitance.