A mysterious particles emanating from the nucellus of the Sun seem to be altering the properties of matter here on Earth.
constants of physics should be, as its name suggests, immutable. However, recent discoveries, could shake the foundations of this science. Inexplicably, the radioactivity of some elements in laboratories are being influenced by activity within the sun to 93 million miles away. Moreover, it appears the unexpected effect is being caused by a hitherto unknown particle.
currently teaches that the rate at which radioactive material decays is constant. This concept supports the use of carbon 14 to measure the age of ancient artifacts or is used to determine the appropriate dose of radiation a patient has cancer.
professor at Purdue University, Ephraim Fischbach, who was investigating the radioactive decay of various isotopes as a source of random numbers generated without human influence (a mass of radioactive cesium-137, for example, at a steady pace DEAC but individual atoms decay at a rate unpredictable, under a random pattern).
By investigating specific isotope data found that rates the energy emitted (by the decay of unstable micelles) disagreed with the physical constants. Further noted that the observation long-term silicon-32 and the Radii-226 had changes according to season, the disintegration or decay of the nuclei of these atoms was a little faster in winter than in summer.
Although it was initially believed that this observation must be an error generated by the measuring instruments, the Sun revealed a vital clue when December 13, 2008 sent a stream of particles and radiation to Earth. Purdue engineer Jere Jenkins, noted that the rate of disintegration of the manganese-54, a short-lived isotope, decreased slightly during the storm of plasma from the Sun, a decline that began one day before the solar storm (this relacón between flares of the sun and the rate of radioactive decay may help predict solar storms and prevent damage to electrical systems).
The first impression of scientists from Stanford and Purdue who analyzed this phenomenon was that it must be of solar neutrinos, particles with almost no mass, electric charge and travel at nearly the speed of light interact with virtually no matter.
neutrinos theory was bolstered by the fact that the alteration in the rate of radioactivity is in sync with the Earth's elliptical orbit, suggesting this happens when, by being closer to the Sun, there is a greater number of neutrinos coming into contact with our planet.
The researchers found a recurring pattern of 33 days, a surprise considering that most solar observations show a pattern of 28 days, that is because this is what it takes for the sun to rotate on its surface. The 33-day pattern is evidently due to the core of the sun takes longer to rotate than the surface we see.
"Everything indicates that the Sun is communicating with the radioactive isotopes in the Earth," says Professor Ephraim Fischbach. But nobody knows how neutrinos could interact with radioactive material to change their rates of decay. "It makes no sense under conventional ideas. We are suggesting something that does not really interact with anything is changing something that can not be changed. "
mysterious
If the particle is a neutrino, could be an unknown particle emitted by the Sun that has this effect, which would be even more incredible, scientists say.
Another possibility that arises from this invisible interaction between the Sun's core and the cores of the particles on Earth is that the particles we are in a state of quantum entanglement, and thus respond to changes that occur at a distance. Strictly all particles were once together, at the core of stars and before the singularity that caused the expansion of the universe, thus there is the possibility that there is an effect of quantum entanglement, which could be most notable among radioactive particles same solar system.
Anyway this discovery shows that an unknown energy that is generated inside the Sun is capable of transforming matter on Earth, and through interplanetary alchemical bridge. What we ask is it possible that the Sun favors a mutation at the elementary level which could have a tangible effect on life, perhaps by generating up collective genetic mutation? And what will happen to the solar maximum that begins next year, according to NASA, culminating in 2013 with expected strong storms?
constants of physics should be, as its name suggests, immutable. However, recent discoveries, could shake the foundations of this science. Inexplicably, the radioactivity of some elements in laboratories are being influenced by activity within the sun to 93 million miles away. Moreover, it appears the unexpected effect is being caused by a hitherto unknown particle.
currently teaches that the rate at which radioactive material decays is constant. This concept supports the use of carbon 14 to measure the age of ancient artifacts or is used to determine the appropriate dose of radiation a patient has cancer.
professor at Purdue University, Ephraim Fischbach, who was investigating the radioactive decay of various isotopes as a source of random numbers generated without human influence (a mass of radioactive cesium-137, for example, at a steady pace DEAC but individual atoms decay at a rate unpredictable, under a random pattern).
By investigating specific isotope data found that rates the energy emitted (by the decay of unstable micelles) disagreed with the physical constants. Further noted that the observation long-term silicon-32 and the Radii-226 had changes according to season, the disintegration or decay of the nuclei of these atoms was a little faster in winter than in summer.
Although it was initially believed that this observation must be an error generated by the measuring instruments, the Sun revealed a vital clue when December 13, 2008 sent a stream of particles and radiation to Earth. Purdue engineer Jere Jenkins, noted that the rate of disintegration of the manganese-54, a short-lived isotope, decreased slightly during the storm of plasma from the Sun, a decline that began one day before the solar storm (this relacón between flares of the sun and the rate of radioactive decay may help predict solar storms and prevent damage to electrical systems).
The first impression of scientists from Stanford and Purdue who analyzed this phenomenon was that it must be of solar neutrinos, particles with almost no mass, electric charge and travel at nearly the speed of light interact with virtually no matter.
neutrinos theory was bolstered by the fact that the alteration in the rate of radioactivity is in sync with the Earth's elliptical orbit, suggesting this happens when, by being closer to the Sun, there is a greater number of neutrinos coming into contact with our planet.
The researchers found a recurring pattern of 33 days, a surprise considering that most solar observations show a pattern of 28 days, that is because this is what it takes for the sun to rotate on its surface. The 33-day pattern is evidently due to the core of the sun takes longer to rotate than the surface we see.
"Everything indicates that the Sun is communicating with the radioactive isotopes in the Earth," says Professor Ephraim Fischbach. But nobody knows how neutrinos could interact with radioactive material to change their rates of decay. "It makes no sense under conventional ideas. We are suggesting something that does not really interact with anything is changing something that can not be changed. "
mysterious
If the particle is a neutrino, could be an unknown particle emitted by the Sun that has this effect, which would be even more incredible, scientists say.
Another possibility that arises from this invisible interaction between the Sun's core and the cores of the particles on Earth is that the particles we are in a state of quantum entanglement, and thus respond to changes that occur at a distance. Strictly all particles were once together, at the core of stars and before the singularity that caused the expansion of the universe, thus there is the possibility that there is an effect of quantum entanglement, which could be most notable among radioactive particles same solar system.
Anyway this discovery shows that an unknown energy that is generated inside the Sun is capable of transforming matter on Earth, and through interplanetary alchemical bridge. What we ask is it possible that the Sun favors a mutation at the elementary level which could have a tangible effect on life, perhaps by generating up collective genetic mutation? And what will happen to the solar maximum that begins next year, according to NASA, culminating in 2013 with expected strong storms?
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