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From: Raymond Yohros on 18 Jun 2010 17:07
what i will like to know beside new particles
on proton-proton high ev collisions is what new
wavelengths can come into the picture (specially
in the lower end?) Uncle Al?

low ,mid ,high range microwaves?
i have google this with no success.

is it hard to detect wavelengths that can
have very low amplitudes?

i imagine the peek resonances being above
vissible light? is there a place where one
can see this data?

regards
r.y
From: Uncle Al on 18 Jun 2010 18:55
Raymond Yohros wrote:
>
> what i will like to know beside new particles
> on proton-proton high ev collisions is what new
> wavelengths can come into the picture (specially
> in the lower end?) Uncle Al?
>
> low ,mid ,high range microwaves?
> i have google this with no success.
>
> is it hard to detect wavelengths that can
> have very low amplitudes?
>
> i imagine the peek resonances being above
> vissible light? is there a place where one
> can see this data?
>
> regards
> r.y

Uncle Al says, "ACK! THBBFT!"

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/qz4.htm
From: Raymond Yohros on 18 Jun 2010 20:21
On Jun 18, 3:55 pm, Uncle Al <Uncle...(a)hate.spam.net> wrote:
> Raymond Yohros wrote:
>
> > what i will like to know beside new particles
> > on proton-proton high ev collisions is what new
> > wavelengths can come into the picture (specially
> > in the lower end?)  Uncle Al?
>
> > low ,mid ,high range microwaves?
> > i have google this with no success.
>
> > is it hard to detect wavelengths that can
> > have very low amplitudes?
>
> > i imagine the peek resonances being above
> > vissible light? is there a place where one
> > can see this data?
>
> > regards
> > r.y
>
> Uncle Al says, "ACK! THBBFT!"
>

thanks
i find this info very usefull!

r.y
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