On Thu, 11 Sep 2008 16:14:56 -0700 (PDT), Art Unwin
wrote:

Try reading the two again. =A0They are identical. =A0The only difference
is you don't know the magnitudes of those forces (the length of their
vectors) like Jim obviously does.

I don't know what you are talking about

Two identical statements, one is yours. How is it that you don't
understand?

The electromagnetic vector for a 1V field imparts 100 Billion times
more force than the "weak force." This is why they call it "Weak."

The Gravity vector is weaker than that by far.

All of this has been known for years. The experiments at CERN are
merely adding precision to that number of 100 Billion to say it may
actually be 100.015 Billion instead (or perhaps 99.8992 Billion times
more force). This goal too, has been reported for years. One day in
the future they will know it to that higher precision which will allow
them to discern the finer degree of weaker Gravity's disturbance,
which, after all, is the whole point of this.

No one gives a **** about the Weak force. It is merely the universe's
S9+50dB noise from a 5th dimensional neighbor's aquarium heater that
is blanking out the S1 DX signal from a graviton.

73's
Richard Clark, KB7QHC