From: Yousuf Khan on
Or is it all wrong, and it'll actually come in zero types?

Yousuf Khan

***
"God Particle" May Be Five Distinct Particles, New Evidence Shows
"In an experiment called DZero at the lab's Tevatron particle collider,
scientists recently found that collisions of protons and antiprotons
produced pairs of matter particles more often than pairs of antimatter
particles.

The difference was tiny�less than one percent�but it can't be explained
by a standard model that assumes the existence of a single Higgs boson,
said study co-author Adam Martin, a theoretical physicist at Fermilab.

"It's a really small effect, but it's still much bigger than if you turn
all the cranks with all the original rules in the standard model,"
Martin said.

"The standard model with just the one Higgs particle is too minimal to
explain the DZero result."

The DZero results can, however, be explained if scientists assume the
Higgs boson is actually five particles�an extension of the standard
model called the two-Higgs doublet model."
http://news.nationalgeographic.com/news/2010/06/100616-large-hadron-collider-lhc-higgs-boson-god-particle/
From: Y.Porat on
On Jun 17, 2:24 pm, Yousuf Khan <bbb...(a)spammenot.yahoo.com> wrote:
> Or is it all wrong, and it'll actually come in zero types?
>
>         Yousuf Khan
>
> ***
> "God Particle" May Be Five Distinct Particles, New Evidence Shows
> "In an experiment called DZero at the lab's Tevatron particle collider,
> scientists recently found that collisions of protons and antiprotons
> produced pairs of matter particles more often than pairs of antimatter
> particles.
>
> The difference was tiny—less than one percent—but it can't be explained
> by a standard model that assumes the existence of a single Higgs boson,
> said study co-author Adam Martin, a theoretical physicist at Fermilab.
>
> "It's a really small effect, but it's still much bigger than if you turn
> all the cranks with all the original rules in the standard model,"
> Martin said.
>
> "The standard model with just the one Higgs particle is too minimal to
> explain the DZero result."
>
> The DZero results can, however, be explained if scientists assume the
> Higgs boson is actually five particles—an extension of the standard
> model called the two-Higgs doublet model."http://news.nationalgeographic.com/news/2010/06/100616-large-hadron-c...

-----------------
now each new experimental observation
will give birth to a **new** kind of
a ***theoretical ** 'Higgs Boson .....

sort of a reverse prediction !!!

UNTIL WHAT AND WHEN ??!!
until Higgs boson N0 100 ??
No 200 ???

Y.Porat
---------------------