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Earth is experiencing mass animal deaths all over the globe and super storms and magnetic pole migration that has been going on since 2004 and increasing in frequency and intensity. Volcanoes all over the planet are waking up with increases in earthquakes, rogue tides, earth wobble, severe winter weather, sea level strangeness, moon out of place, solar flares/storms and ocean conveyor disruptions. Greenland had sunrise two days early, because a large object with large mass appears to be bringing a huge gravity well to the center of our solar system.
it just shows a very poor ability to be open about what may or may not be.
OK, bash away, I just think saying the Moon is normal is probably short-sighted at best.
Thanks PXG, I appreciate the detailed answer.
Originally posted by stereologist
reply to post by Greensage
OK, bash away, I just think saying the Moon is normal is probably short-sighted at best.
The only thing you posted is a vague suggestion that things are not as they seem. It might help to tell more. Any change in eccentricity could be small, maybe in the 9th or 10th digit. I'm not sure how small it is, but it could be on that order. Being able to detect such minor changes shows how advanced astronomical measurements can be made today.
11. The Greenland sun rise issue was related to melting ice lowering the horizon--
Fascinating and definitely surprising; bet that happens enough to be "normal"?
There is an ATS thread on the abnormal flooding in Peru. www.abovetopsecret.com... Saying it is normal does not explain why people are experiencing this in less than a normal way. It is washing up into a community that has not seen this problem often enough to deal with it. Definitely one step above strange.
Originally posted by The Asgard
reply to post by Khazaq
How are you calculating these Elenin-earth-sun alignment?
Computer simulations by Quintana, Adamas, Lissauer and Chambers (The Astrophysical Journal, Vol. 660, p. 807, 2007) show that planets can form within 2 AU from the primary when the minimum separation of two stars is 10 AU. That's not enough to form a Jupiter that will herd water-carrying bodies to the inner planets, but at least most planets in this case will have nearly circular orbits. Planets farther out will have too eccentric orbits or their orbits will be perturbed by the other star and will probably be expelled. Out of 200 extrasolar planets or so discovered so far 33 are known to orbit components of binaries or triple stars, but the separations of the stars are larger than 100 AU. At those distances, a solar type star will have no influence on the temperature of a planet closer to the primary. Three planets have been discovered in binaries with separations less than 20 AU. This does not mean that closer binaries have no planets, but discovering them with available techniques is difficult. By the way, a recent investigation by Eggenberger, Udry, Mazeh, Segal and Mayor (Astronomy and Astrophyics, Vol. 466, p. 1179, 2007) failed to confirm the existence of a Jupiter-like planet around HD 188753 A.
If one of the stars is far enough or have much less mass than the other, planets will form around the more massive star, called the primary star, and will have nearly circular orbits. This is important to prevent the planet from becoming too hot or too cold at different times of the year