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Natural Science Forum / Biology / Biology / April 2008#78 An easy experiment to prove Pulsars are Magnetospheres surrounding alien planets; biophysics trilogy book series: "Darwin Evolution replaced by Superdeterminism from Quantum Mechanics"
--- quoting from pulsar website to get a idea of pulsar range of frequencies --- http://www.s-4.com/pulsar/obser.htm The oldest radio pulsars drop out at about 0.25 Hz. Baring & Harding [22]. have proposed that the pulsars become radio-quiet because of photon splitting in the intense magnetic field. The cutoff point is the same as the equation for Bm with b=1. There are several isolated X- ray pulsars in the 0.1 to 0.2 Hz range, suggesting that the pulsars continue to oscillate after they become radio-quiet. The gamma ray bursts sometimes exhibit a light curve that resembles the exponential decay of a resonant system with a frequency of 0.1 to 0.2 Hz. In the case of the 1998 August 27 burst from SGR 1900+14 [23] the period of the decaying light curve was the same as the period of the pulsar, tending to establish a connection between the two phenomena. The lowest frequency isolated pulsar known has a frequency of 0.085 Hz --- end quoting pulsar website concerning range of frequencies --- The easy proof would be to send up a spacecraft such as the recent one that explored Saturn and to attach equipment that can look back at Earth and measure the radio signals coming off of Earth's Magnetosphere. I suspect a surprize here. I suspect the instrument will measure a radio signal that matches the Pulsars. Perhaps we can measure the Earth Magnetosphere radio signals from the spacecraft out there right now. Or, better yet, perhaps this measurement has already been conducted as circumstantial without us realizing it, and that all we need to do is review so called "old tapes" of prior space missions. Now whether there is a distance factor involved, I do not know. Whether we have to get a ways out there such as Pluto or the Oort Cloud, I do not know if dependent on distance. Archimedes Plutonium www.iw.net/~a_plutonium whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies On Apr 25, 1:56 pm, plutonium.archime...@gmail.com wrote: > --- quoting from pulsar website to get a idea of pulsar range of > frequencies ---http://www.s-4.com/pulsar/obser.htm [quoted text clipped - 29 lines] > is review so called > "old tapes" of prior space missions. What about the radio signals coming from Jupiter's magnetosphere? That has been measured. In fact, the signals are so strong that they are often picked up by car radio in certain bands. The radio telescopes tell us where the signals are coming from, and the car radio can't. But the signals from the Jupiter magnetosphere are STRONG. > What about the radio signals coming from Jupiter's magnetosphere? > That has been measured. In fact, the signals are so strong that they > are often picked up by car radio in certain bands. The radio > telescopes tell us where the signals are coming from, and the car > radio can't. But the signals from the Jupiter magnetosphere are > STRONG. Thanks much for that information, and looked up Jupiter. Found this website explaining it: --- quoting --- http://www.spacetoday.org/SolSys/Jupiter/JupiterRadio.html Two trillion watts. As Io's orbital motion carries it through this magnetized ring of ionized gas, a huge electrical current flows between Io and Jupiter. Carrying about two trillion watts of power, it's the biggest DC electrical circuit in the Solar System. Unlike the ordinary kind of DC circuit we know using batteries and wires, plasma physicists believe that current in the Io-Jupiter system is carried by a type of magnetic plasma wave called Alfven waves. However it works, this awesome current is the power source for plasma waves that give rise to the laser radio signals that travel away from Jupiter's magnetic poles in cone-shaped beams. The beams rotate with the giant planet every 9 hours and 55 minutes making Jupiter something like a slow-turning pulsar. When the beams sweep past our planet Earth, listeners here can pick up the Jovian radio bursts in the shortwave bands between 15 and 40 MHz. --- end quoting --- That is good news to me, but also, I must admit that I am a bit downcast over this news because I have been building the case that pulsars are advanced alien life on planets with magnetospheres, and here I am faced with a possibility that lifeless planets out-compete life-ridden planets as the better pulsar. Sometimes good news is too good. I did not see in that website where Jupiter's magnetosphere played any role, and I read those things too fast, but then I am not sure that Jupiter has much of a magnetosphere. Apparently the gravitional dragging of matter from a satellite Io plays a role. And I hate to have to see that my thesis of life causing pulsars return to stars with gravitational dragging of something be the cause of pulsars. Anyway, this news of Jupiter makes things awfully more complicated and complex. Archimedes Plutonium www.iw.net/~a_plutonium whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies plutonium.archime...@gmail.com wrote: (snip) > I did not see in that website where Jupiter's magnetosphere played any > role, and I read [quoted text clipped - 5 lines] > return to stars with gravitational dragging of something be the cause > of pulsars. I had a look at Wikipedia's entry of Jupiter's Magnetosphere: --- quoting Wikipedia --- Jupiter has a very large and powerful magnetosphere. In fact, if one could see Jupiter's magnetic field from Earth, it would appear five times as large as the full moon in the sky despite being so much farther away. The magnetic field is generated by eddy currents in Jupiter's metallic hydrogen core. This magnetic field collects a large flux of particle radiation in Jupiter's radiation belts, as well as producing a dramatic gas torus and flux tube associated with Io (one of Jupiter's moons). Jupiter's magnetosphere is the largest planetary structure in the solar system. --- end quoting --- I think I am going to have to revise this whole study on pulsars. And instead of our galaxy containing a mere 10^5 pulsars, our galaxy probably contains roughly as many pulsars as it contains stars, since every star system has at least one Jupiter sized planet with a magnetosphere. Since galaxies have about 10^11 stars, then there are probably about 10^10 pulsars in our galaxy. So I think I have to chuck this argument that alien civilizations in tandem with their magnetosphere are the cause of pulsars. At least the strongest pulsars are probably simply Jupiter sized planets without life. And the weak pulsars we observe could be life-filled planets like Earth. Now as to whether stars can be pulsars, perhaps that is impossible since there are no neutron stars and there are no stars that have magnetospheres as far as I know. So I may end up with this pulsar discussion that they are predominantly Jupiter sized planets and some are alien civilizations creating a weak pulsar. Archimedes Plutonium www.iw.net/~a_plutonium whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies |
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