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The sun does, however, also have an effect on high-energy cosmic rays. High-energy cosmic rays come from interstellar space and are sometimes called Galactic Cosmic Rays (GCRs), even though it is thought that some of them come from beyond our galaxy. The solar wind mentioned above consists of a continuous stream of plasma, loose protons and electrons. The region of space in which the influence of the solar wind is felt, called the heliosphere, extends far beyond the orbit of Pluto. Because the solar wind is a plasma, it is electrically conducting and transmits a part of the sun's magnetic field. When GCRs approach the sun they encounter the heliosphere and the magnetic field within it. Because of the shape of the magnetic field, the GCRs lose some of their energy, and the lower-energy ones never reach the vicinity of the earth. In times of high solar activity (high levels of solar wind) this effect is stronger and fewer GCRs reach the earth.
The sun has an 11-year cycle in its activity. One of the ways in which the cycle is made visible is in the number of sun spots that can be seen through telescopes. During a solar maximum the number of sun spots is high, and during a solar minimum the number of sun spots is low. During a solar maximum, the solar wind is also stronger and the sun is a tiny bit brighter (about 0.1%), even though sun spots are places on the sun's surface that are cooler than their surroundings - there are other features that more than compensate.
www2.slac.stanford.edu...
Originally posted by jpm1602
Historically cosmic raditation events be able to disable or blind a sat is preceded by a M or X class flare. Hitting Cassini randomly with no other sat's damaged would be like hitting the ISS with a .38 snubnose from earth.. Highly unlikely. Like 10 to the 1000000 exponent.
Originally posted by MajorMalfunction
While fun to speculate, there is no evidence of an alien interfering with Cassini. The more probable explanation is this:
The sun does, however, also have an effect on high-energy cosmic rays. High-energy cosmic rays come from interstellar space and are sometimes called Galactic Cosmic Rays (GCRs), even though it is thought that some of them come from beyond our galaxy. The solar wind mentioned above consists of a continuous stream of plasma, loose protons and electrons. The region of space in which the influence of the solar wind is felt, called the heliosphere, extends far beyond the orbit of Pluto. Because the solar wind is a plasma, it is electrically conducting and transmits a part of the sun's magnetic field. When GCRs approach the sun they encounter the heliosphere and the magnetic field within it. Because of the shape of the magnetic field, the GCRs lose some of their energy, and the lower-energy ones never reach the vicinity of the earth. In times of high solar activity (high levels of solar wind) this effect is stronger and fewer GCRs reach the earth.
The sun has an 11-year cycle in its activity. One of the ways in which the cycle is made visible is in the number of sun spots that can be seen through telescopes. During a solar maximum the number of sun spots is high, and during a solar minimum the number of sun spots is low. During a solar maximum, the solar wind is also stronger and the sun is a tiny bit brighter (about 0.1%), even though sun spots are places on the sun's surface that are cooler than their surroundings - there are other features that more than compensate.
www2.slac.stanford.edu...
the sun is at its peak in the 11 year sunspot cycle. I would look to that causing the problem with Cassini before I will begin to entertain alien interference in any way.
Originally posted by MajorMalfunction
the sun is at its peak in the 11 year sunspot cycle. I would look to that causing the problem with Cassini before I will begin to entertain alien interference in any way.