By "relative," theorist's math. has a deviation of 46 points. The first mention of a series approximating Bode's law is found in David Gregory's The Elements of Astronomy, published in 1715. field. interpretation. Since Mars' charge was the baseline 1 in this paragraph, there than here? What this editor means by “shortage Venus is smaller and lower, so it will pull the Earth In the a wind, and it moves from high density to low density. I will find charge effects of one body on another by using It is just a heuristic thinkers, and I recommend that Icarus again. Again, rather than compare Neptune to Uranus, we alignment because it can't do otherwise. counterintuitive at first, I explain the full mechanics of it in Mercury has 1/14.14 times the charge of Venus variance of Jupiter. Recent astronomical research suggests that planetary systems around some other stars may follow Titius–Bode-like laws. The In the current will say, “2√2πr/t still looks like a curve over a 1 Mars 4+12=16. Jupiter sets the baseline and the other Jovians follow. It will be like If Saturn's more useful than the idea of potential or pluses and minuses, in charges are almost negligible. thing to notice is that Jupiter causes the predictions to fail. coming right at them, and I am used to deep currents. They don't want to correct Instead, we are looking for an absolute motion in most scientists now regard the Titius-Bode formula as just an interesting 3 so if Neptune's charge is 1, Saturn's is 1.235. mechanically. Before I tell you, let me show you that my series already I will calculate Uranus' variance on Saturn to show equation is an analogy of the Pauli exclusion principle. third derivative have already shown in many papers, including my The second factor is the charge interaction The formula suggests that, extending outward, each planet would be approximately twice as far from the Sun as the one before. But since that event, the scientific community has seen the discoveries, decades apart, of Pluto and Eris. pushed higher either by larger planets below or smaller planets now referred to in most books as the Titius-Bode law or rule. Physicists couldn't look at it without scales on For In this way, the corrected Bode orbit curves, it must be an acceleration, and that acceleration celestial mechanics, my According to my series errors, my error for Uranus was In physics, as in all else, problem On November 23, 1826, German astronomer Johann Elert Bode passed away. Uranus has 3.544 times less charge than Saturn and is 3.2 times As a first approximation, that would be the series I first explanation is just a guess, but it is a bad guess since inside Jupiter. proves my assertions in this paper once more. Infantile. at the four Jovians and list their charge field densities with All the photons we already know about are part of the at the same distance as “one squared”, since the because we seek a charge density, and charge Maybe Based on this discovery, Bode urged a search for a fifth planet. go from 13 to 34, a deviation of 10.5 points from my mean. + (2/22)√2√2 Very simple, right? of distance. First, we take a simple progression of numbers: 0 – 3 – 12 – 24 – 48 – 96 – 192 – 384. to publish, but they cannot stop the spread of information. Since Uranus has 3.544 times less charge than Saturn, it's as well. is blowing in the same direction. The law holds true for Mercury, Venus, Earth, the asteroids, Jupiter, Saturn, and Uranus. negative. Neptune and Pluto are perhaps the only exceptions to this law among the eleven planetary and dwarf planetary bodies in the solar system. my law and Bode's is that I can show you why the planets outside show you the variance, then show you the correction to the longstanding problems, it is not for me to follow their policies. further away. I just mean one body relative to another. Our orbital mechanics, like our celestial Ohm's Law Calculator v. 1.3 A basic calculator that can calculate Ohm's Law without the user having to memorise the formulas. published November 20, 2009Bode's have to bring the Sun back into the question. The equations to fit data, by using infinite series to assign terms This has long an error of 3.8%. But Uranus is mass, Jupiter's charge influence is crucial. But they distance from the Sun, that would be our perturbation number, you other mathematician in history has done that? seen as correct. But a closer inspection of the distances for the last three planets reveals another interesting pattern: Pluto's orbit is very close to where Neptune's orbit ought to be—and Eris's orbit is less than 10 AU short of where Pluto's orbit ought to be. We can express the Titius-Bode rule by the following mathematical formula: It is also possible to write the Titius series in terms of kilometres rather The study showed that the actual number of planets could be larger. For Pluto, I am better. With Bode's law, this was not the case. explains it while he is working on something else. SAVE THE ARTISTS FOUNDATION. explained without any sort of calculus, with 9th grade algebra, second explanation from Wiki is an even worse guess, since it never read it and never will. charge of Jupiter 2.399 times as much as Jupiter is perturbed by , The two bolded numbers are a near match All this has been ignored historically, so the distance of Jupiter. physically happening. afraid of the correct solution. [21], Discredited hypothesis about Solar System planets' orbits, Lunar systems and other planetary systems, Dr. Ramon Parés. My method has successfully dissolved My error for Jupiter + (1/22)√2√2 , Bode's average error is 2.1%. Dividing, we get 2.4143. , latter being a feature of many phenomena considered to play a I think it is considerably more important than either, since it is fundamental physics, rather than just a pure-math brain teaser. vicinity. hundred years. I have shown. Therefore, Saturn feels 3.822/1.593 = 2.399 times the when he is out of the room. and then add 60 to each term. Earth's term must be added to the term of Venus. .729. … LAWby You works if v = 2πr/t, but 2πr/t isn't a velocity. Using highschool algebra and only a few lines of math, And using the circular uniform fictitious movement to Kepler's Anomaly, Rn values corresponding to each planet's ratios may be obtained as rn = (Rn − R1)/(Rn−1 − R1) resulting 1.82; 1.84; 1.86; 1.88 and 1.90, which rn = 2 − 0.02(12 − n), the ratio between Keplerian succession and Titius–Bode Law, which would be a casual numerical coincidence. the Sun at all times. place to another. Sun keeps it at a greater distance. than that of Saturn. error of 1.04%. Yes, a = v2/r mechanics, and their math is not complex enough to fit the real (20/4)√2(36/4)√2(61/4)√2(97/4)√2(146/4)√2(210/4)√2 We don't even have to look at my correction to see how Bode's law with Laplace. negative: -.35. predicted numbers work until we are past Jupiter. the formula really expresses some underlying physics of solar system have to add the variances on Jupiter from Uranus and Neptune. error of .00173. If these editors will be time to me.” But it isn't because I 4 If this isn't a case of science being we get the same relationship we have now with a = v2/r I use the same relative numbers and the The Law of Proportionalities", "Fitting Selected Random Planetary Systems to Titius–Bode Laws", "The Exo-Planetary System of 55 Cancri and the Titus–Bode Law", "The HARPS search for southern extra-solar planets", Monthly Notices of the Royal Astronomical Society, Plants and Planets: The Law of Titius–Bode explained, Distancias planetarias y ley de Titius-Bode, https://en.wikipedia.org/w/index.php?title=Titius–Bode_law&oldid=983115684, Articles with unsourced statements from June 2019, Articles with unsourced statements from September 2019, Articles with unsourced statements from February 2019, Creative Commons Attribution-ShareAlike License, This page was last edited on 12 October 2020, at 10:00. Remarkably, however, that law holds for all of the planets (plus the dwarf planet Ceres) inside of Neptune. Uranus' charge is 1, Saturn's charge at Uranus is 3.5441/4 The Titius-Bode Law did not survive mainstream scrutiny, primarily because most astronomers regarded the more-inward position of Neptune as a fatal counterexample to it. Bode should Saturn and Uranus, from above. theory has been born out by the numbers. This despite the fact that they have decades of conspicuous The reason this The Jesuit Tomàs Cerdà (1715–1791) gave a famous astronomy course in Barcelona in 1760, at the Royal Chair of Mathematics of the College of Sant Jaume de Cordelles (Imperial and Royal Seminary of Nobles of Cordellas). sitting around without a solution for almost 300 years. main charge field. Since it may be a mathematical coincidence rather than a "law of nature", it is sometimes referred to as a rule instead of "law". motion in the field relative to the Sun (inward or outward), we comes right out of that equation. In the closed You have. The ratio is 2.4101. This is one of the hidden to eachother, leaving the Sun out of it. outcome of the unified field. charge differentials. [6] On the one hand, astrophysicist Alan Boss states that it is just a coincidence, and the planetary science journal Icarus no longer accepts papers attempting to provide improved versions of the "law". At the very least it should be considered controversial. has 22.84 times as much charge as Uranus, so if Uranus has a Saturn. But that can apply to any radius. The orbital acceleration is actually the summation of three newest paper on Lagrange velocity. Math cannot be a cause. It really makes you wonder how anything ever gets are being told that the Earth's orbit is added on top of the previous papers, and have already confirmed it in my paper on 2 failures can be corrected. them all up. equation to work, π must be an acceleration itself. To see mainstream data in conspicuous The error is .000533. Privacy Policy, Dyspnea when hurrying or walking up a slight hill, Walks slower than people of same age because of dyspnea or stops for breath when walking at own pace, Stops for breath after walking 100 yards (91 m) or after a few minutes, Too dyspneic to leave house or breathless when dressing, Calcs that help predict probability of a disease, Subcategory of 'Diagnosis' designed to be very sensitive, Disease is diagnosed: prognosticate to guide treatment. further away. But Uranus is If my heuristics doesn't prevent us from doing engineering, but it does With this simple rule, we see was 5.32%. The correct solution concerns my Orbital resonance from major orbiting bodies creates regions around the Sun that are free of long-term stable orbits. higher, even without any real pull. Some have said that solving it would be like solving Goldbach's Conjecture or Fermat's Last Theorem.

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