Hi Peter,

I have read that article awhile ago actually and the version I read had comments from a company SilverGen.com, where they refute some of the claims made in the article. See for yourself: http://www.dreamweaver.ltd.uk/Electr...Lindermann.pdf

I also remember reading the excerpt from the "Practical Colloid Chemistry" book about "Colours of Colloidal Metals", again thanks to your find, that was an eye opener as well.

My question now is does the constant current matter or not in your opinion and experience?

I have built all kinds of circuits that regulated current, switched polarity and what not and ran dozens of tests with half a dozen brands of distilled water. I found that the more complex electronics was and more science involved lesser was the TDS/PPM of my solution - go figure.

In the article you mention 30V as the best voltage for CS, so how would it work in the case of Radiant Oscillators or SG circuits that do not have fixed voltage per-se but are based on spikes?

Also, where do I find information and circuits for the solid-state Radiant Oscillators you mention? Why is that most people (even those who sell CS generators) still use standard battery/DC methods with current limiting instead of Radiant energy sources?

Many thanks!