On Mar 1, 1:57*pm, Richard Clark wrote:
On Mon, 1 Mar 2010 10:02:05 -0800 (PST), Bill wrote:
On Feb 27, 5:39 pm, Art Unwin wrote:
we have three types of Leptons each able to produce one of the
primary colours, red, green or yellow. Thus we have three types of
Leptons each able to produce one of the primary colours, red, green or
yellow.

And so on...

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Thanks for printing it again tho full completion of the article would
be much more rewarding

Do you really think green is a primary color, you great braying
jackass?

Green is a primary color - RGB

However, what is primary for one discipline is not primary for another
discipline. *For instance, in color photography and in its negatives,
the colors are Cyan, Magenta, and -ahem- Yellow. *This is the
difference between additive primaries and subtractive primaries.

These colors are actually dual band modes
Cyan is Blue + Green
Magenta is Blue + Red
Yellow is Green + Red

There is also the opponency color system that contains, as colors,
Red, Blue, Green, and Yellow.

However, color is a perception and has absolutely no connection to
sub-atomic leprechauns. *All light emanates from electron orbital
displacements (aka charge acceleration).

73's
Richard Clark, KB7QHC

Thank you Richard for an explanation that I did not supply.
It also has not been ruled out that a lepton cannot change its
frequency
when it emerges from the boundary of the Sun until it arrives on
earth.
Either way it is a minor point in the discussion of communication.
It would be better if a separate discussion was posted for the
spammers as to how many colours are visible in the aurora beaurilas to
where the other colours come from and let them fight from there.