Date: Tue, 11 Feb 2003
21:01:34 -0600
Thanks Marcia!
And thanks to everyone
for all your hard work.
I'm still working hard
on the thermodynamics of overunity systems, and it keeps getting a bit
more difficult. We recently found a flaw with respect to EM systems in
the first law as well. Just makes the present first law a special case
(although still applies to a very wide area of systems), and some types
of EM systems and interactions do not necessarily obey the hidden
assumption in the present statement that a change in internal energy (in
this case, in an external parameter) is work. If only the potential
(and thus potential energy) of an EM system is changed, it does not
require work or result in any. That's the gauge freedom principle. The
reason for the difference is that all mechanical systems etc. have to
deal with Newton's third law opposition to changing the mechanical
energy, etc. So to change the internal mechanical energy, one has to do
work. However, in EM linear systems the field-to-field and
potential-to-potential interactions do not have any Newtonian third law
opposition. So one can change the potentials only, without having to do
any work to overcome Newton's third law reaction, because it doesn't
occur.
So I'm working on a
way to express that correctly, keeping the equations very very simple.
Best wishes,
|