--- Frederick Sparber wrote: > Do you need any current, really?
At first, the full implications of this observation did not dawn on me. One would normally think that to charge a capacitor, electrical current of the normal EM variety is required. And I'm not sure how Fred meant it, but Robin seemed to pick up on the possibility that the stored charge could be related not to normal charge but to epo's - that is to say: positrons/electrons instead of heavier ions. This makes sense to me. The low voltage charge in the plates is not charging the water-bubbles directly but instead is causing the normal epo background to polarize temporarily. This would mean that the bubbles may somehow be extending the normal short lifetime of the positron up into the millisecond range. One lesson from this might be - you want to place the cell as close to the intake manifold as possible so that the time-denominated decay losses are less severe. Jones
