Message
----- Original Message -----
From: Matthew McCann PE
To: James Holmes
Sent: Friday, April 02, 2004 12:17 PM
Subject: Re: CS>Cold fusion info
Hi, James,
Many scientists who got far beyond college physics have
not appreciated the implications of Faraday's Ice Bucket
and how it illuminates the limitations of Coulomb's
inverse-square law. The vanishing of the E field inside the
bucket is just as compatible with Maxwell's Equations as
Coulomb's law is, no more and no less.
When the E field vanishes, deuterons can draw close to
each other spontaneously and fuse by natural nuclear
forces.
We owe a lot to Michael Faraday, experimenter par
excellence.
Best regards,
Matthew
----- Original Message -----
From: James Holmes
To: silver-list@eskimo.com
Sent: Friday, April 02, 2004 11:18 AM
Subject: RE: CS>Cold fusion info
Thank you Matthew,
My limited college physics crashed against Faraday's Ice Bucket.
I have no idea how the "cold fusion" devices work. I was just passing on the
info for those who have some interest in the work.
JOH
-----Original Message-----
From: Matthew McCann PE [mailto:mmcc...@franciscan.edu]
Sent: Friday, April 02, 2004 5:52 AM
To: silver-list@eskimo.com
Subject: CS>Cold fusion info
Hi, James,
The phenomena would be easily explained by the
Faraday Ice Bucket experiment.
The coulombic repulsion of deuterons is like the
repulsion of the gold leaves in an electroscope.
The E field inside the noble metal crystal vanishes
like the E field inside the ice bucket.
In both cases, the inverse-square coulomb's law
repulsion re-asserts itself, and the repulsion returns,
when the charged objects are removed from their
respective Faraday cages.
Best regards,
Matthew
