Gauge:
(Bilge) wrote in message
e-al.net...

The quantity r_o is not the wavelenth of the pion. It's the range of
the Yukawa potential,

E^2 = p^2 + (mc^2)^2

(\hbar w) = (\hbar k)^2 + (\hbar k_0)^2

You forgot to square the first part sparky

I'm impressed. You found a typo.

[...]
Do you simply copy words from textbooks without reading the material
or trying to understand what it means?

This is a good example of when you should think twice about posting a
flame like this sparky - And you never did state why you have this
need to flame - Why is that?

Because you are an idiot who posts nothing but misinformation
under the guise of relativity and then "flames" anyone who corrects
you.

Anyway - I posted warnings here about this directly to you and you
ignored them.

If you are referring to your posts as some sort of warning by example,
then I haven't ignored them. Everytime I post I think to myself, "have
I failed to check this any better than pmb would have done"? If the answer
is no, then I check it again for mistakes and physics errots before
posting it. So far, I've never answered that question with a yes.

And here you are making the mistake I warned you about.

A typo? Try running one of your own posts (any one will do) through a
spell checker and then tell me about typos.

E is usually used to represent total energy. In this case E = hbar*w.
But the correct relation for the 4-momentum magnitude is

(E - V)^2 = p^2 + m^2

Where E = T + V
where T = time component of 4-momentum

I knew this would only be a matter of time before you made this
mistake.

You mean the typo?