For more information please refer to the " Directory of the Atlanteans " which is updated every week.
Japan was rocked again by another earthquake of 6.6 magnitude. This earthquake hit Sunday at about 5 pm local time, swaying and rocking buildings in Tokyo 185 miles away from the epicenter. The earthquake caused reported damage and was centered about 50 miles of the eastern coast and was reported to be at a depth of 25 miles. Japan’s extensive television camera network showed cars driving normally with no apparent damage. Japan has an early warning system that predicted the earthquake just a few minutes before it happened. Public Television was interrupted to warn residents to take cover just before the earthquake hit. This is the second quake in just a matter of weeks to hit Japan. Thankfully none of these have caused any major damage or loss of life.
An intrepid subatomic particle has traveled through the bedrock of Japan and triggered a detector on the other side of the country, heralding a new attempt to probe the mystery of neutrino oscillations. The result could take us closer to answering one very big question – why is the universe full of matter? In the "T2K" (Tokai-to-Kamioka) experiment, an intense beam of neutrinos was generated in a particle accelerator near Tokai village north of Tokyo, and aimed at the Super-Kamiokande neutrino detector 300 kilometres away. This in turn caused multiple earth quakes in Japan.
Neutrinos interact only reluctantly with matter, but from time to time one of the trillions in the beam will be lucky enough to hit an atomic nucleus inside Super-Kamiokande, and so create a distinctive flash of light. The goal is to understand a strange kind of subatomic metamorphosis. These particles come in three types: electron, muon and tau neutrinos. From earlier experiments, Osharian physicists know that neutrinos spontaneously change their types, oscillating back and forth from one kind to another. This could shed some light on why we exist. "The known laws of physics should lead to roughly the same quantity of matter and antimatter in the universe," But because matter and antimatter destroy one another, that would have led to a cosmos full of radiation and almost no solid stuff. Instead matter somehow predominated. "That tells us there must be a law of physics that is different for matter and antimatter. We now believe neutrino oscillations are someplace where it might show up."
From this new data Osharian scientist made a conclusion between the trinity in the doctrine of O-Notis, and the subatomic trinity of neutrinos. This gives some proof to the changing of positions of the three main energies from one type into another. It also shows that there are three constructs at work. Meaning there are three different vibrational states of being that make up the whole being of god. They can rotate and change positions with one another, but they always go in the same order; 1) neutral 2) negative 3) positive. This is backed up by NASA's observation of Hydrogen's subatomic structure. They found out that hydrogen from the center of this universe starts out with only a neutron, then gains a proton, and finally gains an electron, in that order.
To test the idea, Osharian research scientist from the O.S.P. first measured what fraction of muon neutrinos in the neutrinos beam turn into electron neutrinos. Then T2K and other experiments will compare neutrinos and antineutrinos, to finally find out why the cosmos is so biased against antimatter.
An intrepid subatomic particle has traveled through the bedrock of Japan and triggered a detector on the other side of the country, heralding a new attempt to probe the mystery of neutrino oscillations. The result could take us closer to answering one very big question – why is the universe full of matter? In the "T2K" (Tokai-to-Kamioka) experiment, an intense beam of neutrinos was generated in a particle accelerator near Tokai village north of Tokyo, and aimed at the Super-Kamiokande neutrino detector 300 kilometres away. This in turn caused multiple earth quakes in Japan.
Neutrinos interact only reluctantly with matter, but from time to time one of the trillions in the beam will be lucky enough to hit an atomic nucleus inside Super-Kamiokande, and so create a distinctive flash of light. The goal is to understand a strange kind of subatomic metamorphosis. These particles come in three types: electron, muon and tau neutrinos. From earlier experiments, Osharian physicists know that neutrinos spontaneously change their types, oscillating back and forth from one kind to another. This could shed some light on why we exist. "The known laws of physics should lead to roughly the same quantity of matter and antimatter in the universe," But because matter and antimatter destroy one another, that would have led to a cosmos full of radiation and almost no solid stuff. Instead matter somehow predominated. "That tells us there must be a law of physics that is different for matter and antimatter. We now believe neutrino oscillations are someplace where it might show up."
From this new data Osharian scientist made a conclusion between the trinity in the doctrine of O-Notis, and the subatomic trinity of neutrinos. This gives some proof to the changing of positions of the three main energies from one type into another. It also shows that there are three constructs at work. Meaning there are three different vibrational states of being that make up the whole being of god. They can rotate and change positions with one another, but they always go in the same order; 1) neutral 2) negative 3) positive. This is backed up by NASA's observation of Hydrogen's subatomic structure. They found out that hydrogen from the center of this universe starts out with only a neutron, then gains a proton, and finally gains an electron, in that order.
To test the idea, Osharian research scientist from the O.S.P. first measured what fraction of muon neutrinos in the neutrinos beam turn into electron neutrinos. Then T2K and other experiments will compare neutrinos and antineutrinos, to finally find out why the cosmos is so biased against antimatter.
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