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Archive: What did the Sumerians yet unknown planet in the solar system? On an Akkadian cylinder seal m now kept in Berlin's Pergamon arinc 653 Museum, ten planets in the solar system are shown. arinc 653
+ + + Click HERE to our daily newsletter order + + + GreWi: So where comes the question or looking for not yet discovered planet into play? Hobbs: This is exactly arinc 653 where we are now: Now, although something is wrong - if, for example, our data would identify the mass of a planet wrong or it would even be a completely unknown planet such as Nibiru, then would be the previously determined position arinc 653 of the barycenter arinc 653 of the solar system wrong. So we can compare our results with the predicted position of this center of mass. If we would now be any discrepancy, we could say that the center of mass of the solar system in which deviates one or the other direction from the position where it appears from the previous models really arinc 653 should be located - if these previous models agree. Then we could look right in the appropriate direction for a possible unknown planet. GreWi: And such attempts have been made? Hobbs: Yes, we have appropriate measurements and calculations for which we have known planets arinc 653 carried out to see whether there are errors in the previously determined mass values. The result, in 2010 we published (http://adsabs.harvard.edu/abs/2010ApJ...720L.201C). This work also led to the publication of the hitherto most accurate information from the mass of the Jovian system. GreWi: And you have also looked for unknown planet? Hobbs: arinc 653 Yes, we recently searched for unknown masses in the solar system on the basis of possible error in the position of the center of mass of the solar system - so far found anything arinc 653 yet. We are still trying the significance of this result and its implications to properly understand because it is naturally arinc 653 easier to large objects with short orbits of about 20 years to find than less massive objects with long orbits of for example 200 years. Therefore, the result of this search for unknown planets (in our solar system) and their non-conformity was not yet published. So far we have looked but only for objects with relatively short orbital arinc 653 periods. Currently employs a group of the Max Planck Institute arinc 653 for Radio Astronomy in Bonn, Patrick Lazarus the method described on much larger data bases and will publish their results certainly in the coming months. GreWi: Would your method can also detect planets like those explicitly mentioned by you "Nibiru", whose large and highly elliptical orbit it goes beyond much of their solar orbit far from the classical solar system? (Anm.d.GreWi-Red. At least according to one of the most popular representatives of the interpretation of Nibiru as unknown planet of the solar system, Zecharia Sitchin, it shall have an extremely elliptical arinc 653 orbit or time of 3,600 years, sfAbb.) Orbital diagram of the Sumerian "Gods arinc 653 planet" Nibiru by Sitchin. Or would your method only ever disclose the existence of such a planet if in taking him round the time of observation just happen again through arinc 653 the classical solar system? Hobbs: This question is justified. An object with (such a elliptical orbit) would of course be easier to spot if it befände close as possible towards the sun at time of observation. If such an object - which would probably arinc 653 be in such an orbit - during our search, however, clearly arinc 653 befände outside the orbit of Pluto, it would have to really be very high mass, so that we could find it.
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