In reply to <[EMAIL PROTECTED]>'s message of Tue, 9 Aug 2005 17:19:52 -0400: Hi, [snip] >Hydrinos and Ionic Bonds, on the other hand... Isn't it theorized that a free >electron can assume the normal ground state orbital shell belonging to a >hydrino and as such cause the atom to have a negative charge? This would >essentially make a "stable" hydrogen atom with a negative charge. [snip] This is the entity that Mills calls hydrinohydride. After shrinking a couple of levels the binding energy of the second electron becomes so large that the neutral hydrino is essentially a far better oxidant than Fluorine. IOW neutral hydrino + any other atom -> hydrinohydride + positive ion of other atom. The result is an ionic bond. This is also how hydrinos are contained. As soon as they make contact with the walls of any container they form a hydrinohydride salt layer, and are essentially immobilized.
Regards, Robin van Spaandonk In a town full of candlestick makers, everyone lives in the light, In a town full of thieves, there is only one candle, and everyone lives in the night.
