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Top & Bottom / Charm & Strange Quarks
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...? |
#2
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Top & Bottom / Charm & Strange Quarks
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 |
#3
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Top & Bottom / Charm & Strange Quarks
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 |
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Top & Bottom / Charm & Strange Quarks
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 |
#5
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Top & Bottom / Charm & Strange Quarks
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 |
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