I've been considering what I see as the "anomalous" behaviour of hydrogen, ever since I watched (from a distance of about 24 inches) a firebrick melting after a hydrogen flame was applied to it for about 10 seconds. This was a demonstration of something called "Brown's Gas," which was apparently simply monatomic hydrogen created by simple electrolysis.
I have no idea of the measured thermodynamics of the process behind the melting of this type of material with the application of a relatively small amount of hydrogen gas; I only know what I saw. I also saw someone passing his hands through this same flame, quite slowly, with no ill effects. Could this possibly be a feature of what is being discussed in this thread? Is is possible that an OU condition can be obtained simply by having a monatomic hydrogen/oxygen flame impinge on certain "hard" inorganic materials? P. ----- Original Message ---- From: Horace Heffner <[EMAIL PROTECTED]> To: [email protected] Sent: Sunday, November 11, 2007 1:43:55 PM Subject: Re: [Vo]:Fractional quantum states On Nov 9, 2007, at 2:54 PM, Mark Goldes wrote: > Jones, > > If you did not look at the paper by Ron Bourgoin in the latest NET, > you will want to do so. This appears to refer to: http://newenergytimes.com/Library/2007BourgoinR-InverseQuantum.pdf > > It reflects the insight by the late Dr. Robert Carroll into > fractional quantum states long before Mills surfaced. The above paper only states: "Acknowledgements: The author’s interest in inverse quantum states began when he was an undergraduate student of Professor Robert L. Carroll of Fairmont, West Virginia (1910-1997)." It doesn't reference any papers by Carroll, or give any evidence Carroll's work on fractional quantum states preceded Mills' work that I can see. Do you know of any Carroll papers or other evidence of Carroll's work preceding Mills' in this area? I guess it is important to know when Bourgoin studied under Carroll. Mills has been at the fractional quantum state thing a long time. Horace Heffner http://www.mtaonline.net/~hheffner/
