On May 12, 3:29*pm, Art Unwin wrote:
On May 12, 12:10*pm, K1TTT wrote:

On May 11, 8:30*pm, Art Unwin wrote:

When an array is
in equilibrium then Maxwell's equations are exact.

maxwell's equations are ALWAYS exact, it is digital models that are
inexact and have limitations due to the approximations made and the
numeric representations used.

On this I have total agreement. The moment one strays from the concept of equilibrium is when we expose ourselves to errors.
Regards
Art

ok, so you DO agree that maxwell's equations that make no mention of
particles like neutrinos, gravity, coriolis forces, or levitation ARE
correct! And therefor you must agree that the representation of
gauss's law encapsulated in maxwell's equations, WITHOUT an explicit t
in it must be correct! You must also be admitting that your
optimization experiments are full of errors. wow, now its time to go
and rejoice, art has finally come around to the real world!