Upsilon Andromedae is a fourth magnitude (magnitude 4.09) class F (F8) ordinary dwarf 44 light years away. Like the majority of known extrasolar planets, Upsilon Andromedae b was detected by the variations in its star's radial velocity caused by the planet's gravity. http://www.ast.cam.ac.uk/AAO/press/multipleplanets.html Stellar binary 1.1. http://www.salon.com/books/it/1999/04/21/solar_system/ http://www.aas.org/publications/baas/v35n5/aas203/986.htm (2003) - magnetic interaction with Star It would appear that not only the ancient fell into coincidences, but nature itself abounds with such coincidences of number. brighter than our Sun, Sol. There is the possibility that its orbital timing may be actually 243 days, which is itself an historically significant number of the ancient reckoning system concerning the planet Venus. Upsilon Andromedae A c, planet, semi-major axis: 0.832AU 1.1.3. http://www.aas.org/publications/baas/v37n4/aas207/1101.htm (2005) Far too few scholars are willing to concede such a point at this time. 13 + 33 + 63 + 83 + 93 = 1485 (planetary body d). However, there are distinct aspects of these numbers to be considered. Comparison of Solar System with Upsilon Andromedae system This is an artist's illustration that compares the Solar System with the Upsilon Andromedae system. Upsilon Andromedae ( υ Andromedae , abbreviated Upsilon And , υ And ) is a binary star located approximately 44 light-years from Earth in the constellation of Andromeda . System Upsilon Andromedae in Elite: Dangerous - Make the most profit from here! System Summary. One may also consider the fact that 1368000 minus 1366560 equals 1440, another maya fractal/number. The surprise regarding the numbers of the ancient reckoning system will continue to arise given the fact that those numbers are not yet accepted as representing an exact reflection of reality. Upsilon Andromedae is the star that Britomartis orbits, along with Majriti. The Sothic cycle concerns a 1460/1461 year-count figure for the 365.25c and 365c respectively. Upsilon Andromedae A e, planet, semi-major axis: 5.25AU 1.2. http://www.journals.uchicago.edu/ApJ/journal/issues/ApJL/v575n1/16411/brief/16411.abstract.html (2002), http://www.newscientist.com/article.ns?id=dn2810 The laws that govern one system must surely be the same laws that govern any other solar system we may encounter. If the measurements and numbers offered today by the theorists are totally off-the-wall, then there should be no relationship with the ancient reckoning system. The numbers of the postulated planetary bodies were not arbitrarily chosen, but rather were arrived at analytically. http://www.journals.uchicago.edu/ApJ/journal/issues/ApJ/v632n2/60622/brief/60622.abstract.html (2005) - origin and physical history For in ancient Egypt, an historically significant number existed in the fractal 1296000 days. These numbers are comparable to the events in the sky in our own solar system as well as in a theoretically, perceived solar system light years away from us. http://www.journals.uchicago.edu/ApJ/journal/issues/ApJ/v550n2/52104/brief/52104.abstract.html (2000) Even nature appears to have its coincidences. Take your favorite fandoms with you and never miss a beat. The primary component (Ups And A) was the first main sequence star to have an exoplanetary system discovered around it. One may surmise that coincidentally the numbers are in nature. http://fr.arxiv.org/abs/astro-ph/0503593 (2005), http://www.aas.org/publications/baas/v35n4/dps2003/87.htm (2003), http://www.aas.org/publications/baas/v35n4/dps2003/451.htm, http://fr.arxiv.org/abs/astro-ph/0410600 (2004) Now, let us observe the 4.6 orbital periodicity of the planetary body b in relation to the Platonic year. Now, let us see how the calendar round 52 (maya, 104c) years and a related number 52.5 (kemi 105c) behaves in relation to the orbital periodicity numbers of U Andromedae. The search for radio emission from the exoplanetary systems 55 Cancri, upsilon Andromedae, and tau Boötis using LOFAR beam-formed observations. Upsilon Andromedae is located fairly close to the Solar System: the parallax of Upsilon Andromedae A was measured by the Hipparcos astrometry satellite as 74.12 milliarcseconds, corresponding to a distance of 13.49 parsecs (44 light years). We shall concern ourselves with the less suggestive numbers of the newly discovered solar system. If the planetary body d actually entails an orbital periodicity of around 1460/1461 days, such comparisons would be easy to make and would have direct resemblance to data within the ancient reckoning system. http://science.nasa.gov/newhome/headlines/ast15apr99_1.htm http://www.journals.uchicago.edu/ApJ/journal/issues/ApJ/v576n1/16282/brief/16282.abstract.html (2002) http://www.carnegieinstitution.org/exoplanet_weather/ Scratchpad is a FANDOM Lifestyle Community. https://scratchpad.fandom.com/wiki/Upsilon_Andromedae_System They are very eccentric and highly inclined to each other (30 deg). A velocity plot containing a few months of data looks clean ( Fig 1 ), during a few months. Upsilon Andromedae 'b', the '51 Peg-like' planet in the 4.6 day orbit, was originally announced by our group in June 1996. The initial news reports stated that the planetary body d was orbiting around four times the orbital time of Earth. Many of the numbers found in the historical record, related to the ancient reckoning systems, appear to be isolated incidents. The main star around which the planets orbit is a yellow-white star somewhat younger than the sun and its companion is a red dwarf in a wide orbit. The arrangement of numbers, however, is astonishing, when we consider these numbers in relation to the different day-counts of the ancient reckoning system: [Remember the importance of visualizing 1.75 and .75 as we mentioned earlier regarding the reciprocal of seven and the 151840 and 51840 numbers.]. Everything is simply a matter of chance and coincidence. But, we must remember that the numbers shown above for those three planetary bodies are theoretically posited numbers. Only the Tau Boötes exoplanet system – about 51 light-years away – exhibited a significant radio signature, … This is an artist's illustration of the Upsilon Andromedae A planetary system, where three Jupiter-type planets orbit the yellow-white star Upsilon Andromedae A. http://www.journals.uchicago.edu/ApJ/journal/issues/ApJL/v548n1/005774/brief/005774.abstract.html (2001), http://www.aas.org/publications/baas/v33n3/dda2001/40.htm (2001), http://www.journals.uchicago.edu/AJ/journal/issues/v122n3/201166/brief/201166.abstract.html (2001) Again, it would appear as though nature itself were creating the near coincidence of the progressive scale of numbers. Recognizing that the velocity variations could be due to a second companion, Butler and Marcy immediately alerted the … The 1460/1461 count falls within the range of the orbital periodicity of planetary body d, and immediately creates an intriguing scenario. Consider the following regarding the platonic-multiple 10368 (= 4 x 2592): Now, if we add up other proposed options for the orbital periodicity of the three planetary bodies, we see arise another historically significant number, the maya number 1728 (= 3 x 576), which belongs to the number series of the maya period number 1872000 days. But, let us consider the information regarding the three postulated planetary bodies, even though they may not even exist. One would then have to ask why the numbers are themselves, as postulated by today's astrophysicists, relational to the numbers of the ancient reckoning systems. However, it appears as though the theorists have concentrated their analyses on the orbital time of 1269 days for the planetary body d of the system. A Triple-Planet System Orbiting Ups Andromedae. Now, that number does not offer any apparent relationship to numbers of the ancient reckoning system. Earth/matriX, P.O. Now, one may ponder why the ancients may have chosen the 13689 number/fractal for their computations. Explanation: Astronomers recently announced the detection of three large planets orbiting the star Upsilon Andromedae - the first planetary system known to orbit a normal star other than our Sun. Nonetheless, time and again, throughout our analyses, we see how these numbers relate to the measurement of events in the sky. (See a digitized 2MASS. Hence, we should not show surprise as to a relationship in the numbers. "The Upsilon Andromedae system suggests that gravitational interactions between Jupiter-mass planets can play a powerful role in sculpting solar systems," Butler says. The middle planets c (0.83 au, 14 MJ, may actually be a brown dwarf star, e=0.224) and d (2.5 au, 10 MJ, e=0.26) have had their inclinations and masses determined with astrometry. It is one of the most well studied non-transiting star systems. http://arxiv.org/abs/astro-ph/0502441 http://www.cnn.com/TECH/space/9904/15/new.solar.system/index.html As we mentioned earlier, if the periodicity of d's orbit is 1296 days, which is well within the given range, then the comparison to the Platonic year becomes equally obvious, given that is half the fractal value of the Great Cycle of 25920 years. Now, let us subtract this number from the Nineveh number previously cited: Even if we take three other options of orbital times given for the three newly found planetary bodies, one may observe all kinds of relationships: Even nature herself would appear to be playing tricks on us. Ups And b is 1.4x the mass of Jupiter. Its discovery in April 1999 by Geoffrey Marcy and R. Paul Butler made Upsilon Andromedae the first known star (excluding the pulsar PSR 1257+12) to host a multiple-planet planetary system. http://www.edpsciences.org/articles/aa/abs/2005/18/aa1680/aa1680.html (2005) - Effects of Stellar Winds, http://cfa-www.harvard.edu/afoe/upsAnd_pr.html Console Tutorial #2 — The Ups and Downs of Ups And. The planet, designated Upsilon Andromedae b, was discovered by measuring changes in the star's radial velocity induced by the planet's gravity. Speculation was also developed about the possibility of a two-body system. Upsilon Andromedae c is the second known planet in order of distance from its star. Let us take the more extreme number for planetary body d, the orbital time of 1481.2 days. System Upsilon Andromedae in Elite: Dangerous - Minor Factions! This is 80deg offset from the starward pole and a much greater offset than other observed hot Jupiters. NASA Star and Exoplanet Database, and a wide. However, in the case of Upsilon Andromedae the novel fact is the idea that various planets exist, and not simply a singular planet revolving around a star. The possibility that the orbital periodicity of d may actually be 1296, which is within the cited range, would itself entail many similarities with the ancient reckoning system. http://news.bbc.co.uk/1/hi/sci/tech/319865.stm Planet scattering was thought to be a source until the outermost planet was discovered. It becomes frightening for some to consider the idea that our scientists of today, with apparently much more sophisticated technological instruments are only able to arrive at numbers similar to those arrived in the past. http://www.eurekalert.org/pub_releases/2005-04/nu-msh041105.php, http://www.ifa.hawaii.edu/reu/2005research/dove.pdf (2004), http://www.space.com/scienceastronomy/061012_fireice_planet.html http://fr.arxiv.org/abs/astro-ph/0210438, http://fr.arxiv.org/abs/astro-ph/0205104 (2002) In previous essays and extracts we have written about the possibility of viewing the ancient reckoning numbers in various manners. http://www.aas.org/publications/baas/v32n3/dps2000/122.htm (2000) This is planet e (5.2 au, 1.05 MJ, e = 0.005), which is the most Jupiter-like exoplanet known, and is in 3:1 resonance with planet d. The star appears to have no Kuiper-belt like disc, perhaps due to its companion star sweeping away this material. The recent announcement of the possible existence of another solar system, with planetary bodies (b, c, d) orbiting a star, similar to our own solar system, has been theoretically postulated for the Upsilon Andromedae system. The Upsilon Andromedae system is a binary 44 light years away in the constelation Andromedae. But, subsequent analyses should illustrate the strict comparative nature of the ancient numbers and the numbers that we shall continue to find throughout the universe. The inner planet was announced by Butler et al. The theorists have concentrated on the choice of 242 days for the planetary body c within the U Andromedae system. It may be found in its reciprocal relationship to the number one. Roaster Planet b (0.05 au, 1.4 MJ, e=0.013) is nicknamed the Fire and Ice Planet because it is hot on one side and cold on the other. http://www.nytimes.com/library/national/science/041699sci-solar-system.html So, we are not attempting to be precise (although numbers and decimal points offer that impression), but simply to suggest possible relationships. One way to do so, is to view the number 151840 (contained nine times within the maya companion number 1366560) as representing either 151840 or, 51840 (2 x 25920). They result from the theoretical measurement of the movement of Upsilon in relation to theoretically perceived planetary bodies tugging on that star. Nonetheless, as we shall observe below, the numbers of the ancient reckoning system would appear to account for the orbital timing of the Upsilon Andromedae system. This is an artist's illustration of the Upsilon Andromedae A planetary system, where three Jupiter-type planets orbit the yellow-white star Upsilon Andromedae A. But, this idea would require conceding the point that the ancients had devised reckoning systems of time and space that were exact sciences. This threw astronomers off and caused them to doubt the wind-theory, though later observations of other planets have shown that winds indeed can travel fast enough to cause this. We shall concern ourselves with only a few types of information offered by the theorists. This list shows all planetary and stellar components in the system. Upsilon Andromedae A, stellar object 1.1.1. A nearby (44 ly) multi-star system which is the first multiplanet system found around a main sequence star. http://rp.iszf.irk.ru/hawk/URSI2005/pdf/J03b.4(01189).pdf, The eccentricity of the outer planets is likely due to a giant planet that was ejected from the star system. Obviously, we shall limit our observations to the most superficial aspects of the theoretical reasoning behind the postulation of these planetary bodies, given the fact that astrophysics lies beyond our analytical capabilities. 2917 ships passed through Upsilon Andromedae space, including 12 ships in the last 7 days. Like 51 Pegasi b, the first extrasolar planet discovered around a normal star, Upsilon Andromedae b orbits very close to its star, cl… The U Andromedae system lies at a distance of around ~43.93 light years from our solar system. We present LOFAR-LBA circularly polarized beamformed observations of the exoplanetary systems 55 Cancri, $\upsilon$ Andromedae, and $\tau$ Boötis. 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