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Have Astronomers figured out a way to tell if there are pockets of
TransQuarkian Matter in the universe somewheres...?
That is; Other than Up & Down Quark Matter?
Would they give off Light in a Noticeably different way than ordinary
matter...?

On Jan 13, 11:53*am, The Translucent Amoebae
wrote:
Have Astronomers figured out a way to tell if there are pockets of
TransQuarkian Matter in the universe somewheres...?
That is; Other than Up & Down Quark Matter?
Would they give off Light in a Noticeably different way than ordinary
matter...?

Ask those all-knowing seans that invented Einstein and a few others of
that chosen kind.

~ BG

On Jan 14, 11:26*am, Saul Levy wrote:
You would be SHOCKED to know that!

So I won't tell you.

Saul Levy

On Wed, 13 Jan 2010 11:53:44 -0800 (PST), The Translucent Amoebae



wrote:
Have Astronomers figured out a way to tell if there are pockets of
TransQuarkian Matter in the universe somewheres...?
That is; Other than Up & Down Quark Matter?
Would they give off Light in a Noticeably different way than ordinary
matter...?- Hide quoted text -

- Show quoted text -

To Ya All Free positive particles(quarks) or negative particles
(electrons) are not to be found in deap space(good science tells why)
That is the reality that photons,and neutrinos have no charge. bert

On Jan 15, 11:45*am, bert wrote:
On Jan 14, 11:26*am, Saul Levy wrote:





You would be SHOCKED to know that!

So I won't tell you.

Saul Levy

On Wed, 13 Jan 2010 11:53:44 -0800 (PST), The Translucent Amoebae

wrote:
Have Astronomers figured out a way to tell if there are pockets of
TransQuarkian Matter in the universe somewheres...?
That is; Other than Up & Down Quark Matter?
Would they give off Light in a Noticeably different way than ordinary
matter...?- Hide quoted text -

- Show quoted text -

To Ya All Free positive particles(quarks) or negative particles
(electrons) are not to be found in deap space(good science tells why)
That is the reality that photons,and neutrinos have no charge. *bert


But even photons carry a charge orientation. They can induce current
in a wire. They can decay into charged pairs of particles.

Double-A

On Jan 15, 4:44*pm, Double-A wrote:
On Jan 15, 11:45*am, bert wrote:





On Jan 14, 11:26*am, Saul Levy wrote:

You would be SHOCKED to know that!

So I won't tell you.

Saul Levy

On Wed, 13 Jan 2010 11:53:44 -0800 (PST), The Translucent Amoebae

wrote:
Have Astronomers figured out a way to tell if there are pockets of
TransQuarkian Matter in the universe somewheres...?
That is; Other than Up & Down Quark Matter?
Would they give off Light in a Noticeably different way than ordinary
matter...?- Hide quoted text -

- Show quoted text -

To Ya All Free positive particles(quarks) or negative particles
(electrons) are not to be found in deap space(good science tells why)
That is the reality that photons,and neutrinos have no charge. *bert

But even photons carry a charge orientation. *They can induce current
in a wire. *They can decay into charged pairs of particles.

Double-A- Hide quoted text -

- Show quoted text -

Double A photons can push electrons,and moving electrons in a wire
(conductor) is electricity. They have no charge but can move charged
particles especially when the photons are gamma. it fits Bert