New Hydrino Site
Date: Thursday, February 10, 2005 @ 21:08:59 UTC
Topic: Science
Folks,
Please check the newly revised Hydrino Study Group site at:
http://www.hydrino.org
courtesy of our new webmaster John Bonam!
Luke Setzer
John,
Congratulations to John Bonam on the excellent new look of the hydrino.org website.
Bonam's grasp of CQM seems to be less perfect than his grasp of website design, though. It only took a minute to spot a serious mistake in his understanding of the former.
The Note on the home page of hydrino.org began as follows:
"This entire theory makes one central but tenuous assumption that the free electron is an extended, internally fluidized, two-dimensional "disk" particle with a radius comparable to that of a hydrogen atom."
Not so. The radius of Mills' free electron varies inversely with its velocity. Mills' free electron rapidly becomes much smaller than a hydrogen atom, and at rather modest energies by the standards of modern physics, his free electron becomes so small that it would be hard to distinguish from a point electron.
John Kassebaum is the resident expert on CQM for the Hydrino Study Group here at Yahoo, and those summarizing Mills' theory at hydrino.org would do well to check their formulations with Kassebaum, if he'll agree to do that. I don't know if he would have time to check them in any detail, but he would spot an error like the one above even faster than I did.
I also wouldn't call Mills' model of the free electron an assumption, but I don't want to pursue that somewhat philosophical argument any further, since Bonam (or whoever wrote the Note) is on the right track in emphasizing the importance of Mills' model of the free electron.
Tom Stolper
BA math, MA polisci
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