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	Johann Bode Biography
		Johann Bode was born on January 19, 1747, in Hamburg, Germany.
		Bode was a Director of the Berlin Observatory.
		Johann Bode died November 23, 1826, in Berlin, Germany.
	www.paralumun.com /astrnbode.htm (60 words)

	Johann Elert Bode - Wikipedia, the free encyclopedia
		Johann Elert Bode (January 19, 1747 – November 23, 1826) was a German astronomer known for his reformulation and popularization of the Titius-Bode law as well as his works to determine the orbit of Uranus, for which he also suggested the name.
		Bode was the director of the Berlin Observatory, where he published the Uranographia in 1801, a celestial atlas that aimed both at scientific accuracy in showing the positions of stars and other astronomical objects, as well as the artistic interpretation of the stellar constellation figures.
		Bode was born in Hamburg and died in Berlin aged 79, November 23, 1826.
	en.wikipedia.org /wiki/Johann_Bode (243 words)

	Titius-Bode Law
		Johann Elert Bode was born on January 19, 1747 in Hamburg, Germany.
		Bode was greatly interested in the new planet discovered by William Herschel in March 1781.
		Bode collected virtually all observations of this planet by various astronomers, published many of them in the Astronomisches Jahrbuch, and found that Uranus had been observed before its discovery on a number of occasions, among them an observation of Tobias Mayer from 1756 and earliest by Flamsteed, in December 1690, cataloged as "star" 34 Tauri.
	milan.milanovic.org /math/english/titius/titius.html (894 words)

	Bode, Johann Elert (1747-1826)
		Bode founded the Berliner Astronomisches Jahrbuch (Astronomic Yearbook of Berlin) in 1774, and went on to compile and issue 51 yearly volumes of it.
		Bode enthusiastically endorsed an extreme form of pluralism and natural theology.
		Bode was among the earliest advocates of the much wider cosmos, with its "island universes" (external galaxies), envisaged by Immanuel Kant and William Herschel.
	www.daviddarling.info /encyclopedia/B/Bode.html (296 words)

	Johann Elert Bode - TheBestLinks.com - Johann Bode, Astronomer, Berlin, Constellation, ... (Site not responding. Last check: )
		Johann Elert Bode - TheBestLinks.com - Johann Bode, Astronomer, Berlin, Constellation,...
		Johann Bode, Johann Elert Bode, Astronomer, Berlin, Constellation, Germany...
		Johann Elert Bode (January 19, 1747 – November 23, 1826) was a German astronomer known for his contribution to the Titius-Bode law and his works to determine the orbit of Uranus, for which he also suggested the name.
	www.thebestlinks.com /Johann_Bode.html (240 words)

	Johann Elert Bode (1747-1826)
		Johann Elert Bode was born on January 19, 1747 in Hamburg, Germany, the son of Johann Jakob Bode (1719-1799), a merchant in Hamburg, and his wife Anna Margarethe b.
		In 1786, Bode was elected as a member of the Berlin academy, and in 1787 he succeeded Bernoulli as the Director of the Berlin Observatory.
		Bode was the original discoverer of the deepsky objects M81, M82 (both December 31, 1774), M53 (February 3, 1775) and M92 (December 31, 1777), and independent rediscoverer of M64 (April 4, 1779), as well as M48 (NGC 2548) and IC 4665 (both before 1782).
	www.seds.org /messier/xtra/Bios/bode.html (1645 words)

	Old Atlases & Geographies: Bode, Johann. DIE GESTIRNE … Berlin: 1782. (Site not responding. Last check: )
		Bode's is in the same order and format, using the same constellation figures, but with newly engraved plates.
		Bode's atlas was later reissued, with revisions, in 1805.
		Johann E. Bode (1747 - 1826) was a self-taught astronomer.
	www.rossmaps.com /atlases_geographies_bode_390.htm (251 words)

	AllRefer.com - Bode's law (Astronomy, General) - Encyclopedia
		Bode's law [for J. Bode], also known as Titius's law or the Titius-Bode law, empirical relationship between the mean distances of the planets from the sun.
		Some theories of the origin of the solar system have tried to explain the apparent regularity in the mean orbital distances of the planets, arguing that it could not arise by chance, but must be a manifestation of the laws of physics.
		However, since Bode's law is not a law in the usual scientific sense, i.e., it is not universal and invariant, it alone should not be taken as evidence for such a conclusion.
	reference.allrefer.com /encyclopedia/B/Bodeslaw.html (359 words)

	The Johann Bode Biography in plain English!
		The Johann Bode Biography began on January 19th, 1747 when he was born in Hamburg, Germany.
		Johann Bode was the man who gave the planet its name, even though it was William Herschel who actually discovered Uranus.
		Johann Bode might not have always been right or accurate in his observations, but he still managed to make his mark on the field of Astronomy.
	www.astronomy-for-kids-online.com /johann-bode-biography.html (479 words)

	Berlin - History of Astronomy in Berlin
		Johann Elert Bode was appointed to the Observatory in 1772.
		In 1781 Bode had suggested the name Uranus for the planet discovered by William Herschel, although this name was not fully adopted in Britain until 1850.
		The original choice for Bode's successor in 1826 was Bessel but he preferred to stay in Königsberg.
	bdaugherty.tripod.com /astronomy/berlin.html (3890 words)

	BODE, JOHANN ELERT - LoveToKnow Article on BODE, JOHANN ELERT (Site not responding. Last check: )
		(R. B.) BODE, JOHANN ELERT (17471826), German astronomer, was born at Hamburg on the f 9th of January 1747.
		Devoted to astronomy from his earliest years, he eagerly observed theheavens at a garret window with a telescope made by himself,and at nineteen began his career with the publication of a shortwork on the solar eclipse of the 5th of August 1766.
		He gave currency, moreover, to the empirical rule known as Bodes Law, which was actually announced by Johann Daniel Titiusof Wittenberg in 1772.
	www.1911encyclopedia.org /B/BO/BODE_JOHANN_ELERT.htm (1130 words)

	People in Astronomy
		After Johann Gottfried Galle confirmed the existence of Neptune based on independent calculations done by Urbain Jean Joseph Le Verrier, the two became embroiled in a dispute over priority.
		He is known for the bogus "Bode's Law" which attempts to explain the sizes of the planetary orbits.
		La Verrier's prediction of the position of an undiscovered planet (Neptune) that caused perturbations in the orbit of Uranus was the first to be confirmed (by Johann Gottfried Galle).
	www.solarviews.com /eng/people.htm (957 words)

	"Bode's" " Law"
		Bode's law, better called the Bode-Titius Rule, was first published by Johann Daniel Titius, but did not become well known until it was republished by Johann Elert Bode.
		Uranus[2] was discovered after Bode's publication, but the rule likely played no role in that discovery.
		Neptune was first seen by Johann Galle in 1846, but credit for its discovery is given to Urbain Leverrier who predicted its position and told Galle where to look.
	www.theeel.com /~bruce/histastro/Bode.html (704 words)

	Neptune: History: Britannica (Site not responding. Last check: )
		In 1766 Johann Daniel Titius of Germany noted that the then-known planets formed an orderly progression in distance from the Sun that could be expressed as a simple mathematical equation.
		The astronomer Johann Elert Bode, also of Germany, published the law in 1772 in a popular introductory astronomy book, proposing that the missing 3 in the progression might indicate that a planet between Mars and Jupiter remained to be discovered.
		It is interesting to note that Bode's law, which played a significant role in the search for additional planets, was finally laid to rest by the discovery of Neptune.
	www.space.com /reference/brit/neptune/history.html (1596 words)

	Bode - Johann Elert Bode (1747-1826)
		Hendrik Wade Bode was born 24 December 1905, in Madison, Wisconsin.
		Bode plots are a very useful way to represent the gain and phase of a system as a function of frequency.
		Bode Miller stayed aggressive and kept plowing through a snowstorm to win his first race of the new World Cup season in a time of 1 minute 46.15 seconds.
	xn--4lyo0exwi.com /?q=bode (733 words)

	G06LCB1
		Bode’s law gave the distance from the Sun of the known planets in our solar system and predicted where future planets would be located.
		Bode used his law to predict the next planet in the solar system and its location.
		Bode’s law was also useful because it predicted that a planet lay between Mars and Jupiter.
	educ.queensu.ca /~science/main/concept/gen/g06/G06LACB1.htm (459 words)

	Astronomers B
		The stars are listed in each constellation starting with the brightest to the faintest using a Greek letter and the possessive form of the Latin name of each constellation.
		He measured the parallax of the star 61 Cygni, and was able to then determine the distance to the star from this measurement.
		Bode, Johann Ehlert (1747-1826) - published an empirical rule relating the mean distances of the Sun and the planets that had earlier been created by Johann D. Titius.
	www.pa.msu.edu /people/horvatin/Astronomers/astronomers_b.htm (409 words)

	George Glazer Gallery - Cauda Hydrae, Centaurus, Crater, Argo Navis and Hydra #19 / Aries, Musca, Pisces Borealis, ... (Site not responding. Last check: )
		Celestial map from a famous and influential work by Johann Bode entitled Uranographia, which some consider the last great celestial atlas ever produced, unique both for the large size of the plates--the largest ever produced at the time--and for the inclusion of 2,500 nebulae catalogued by the astronomer William Herschel in the late 1700s.
		Uranographia was published in Berlin in 1801 by German astronomer Johann Elert Bode, who was the astronomer of the Academy of Science in Berlin and director of the Berlin Observatory.
		Bode is also known for devising a formula to express the relative distances of the planets in our solar system from the sun, which is known as Bode's Law.
	www.georgeglazer.com /maps/celestial/bodecentaur.html (286 words)

	Atlas starred \| The San Diego Union-Tribune
		Johannes Hevelius, in the first star atlas to rival Bayer's, added 11 constellations, including the lizard and fox with the goose.
		By the time of Johann Bode's last grand atlas in 1801, the number of constellations had swollen to 150.
		Bode also immortalized William Herschel's 1781 discovery of Uranus (which Bode himself named) by inserting a new constellation, Telescopium Herschelii, between Orion's head and the horns of Taurus.
	www.signonsandiego.com /uniontrib/20050119/news_lz1c19stars.html (1122 words)

	Bode's law -- Britannica Concise Encyclopedia - Your gateway to all Britannica has to offer!
		Bode's law also suggested that a planet should be found between Mars and Jupiter, where the asteroid belt was later discovered.
		It was first announced in 1766 by the German astronomer Johann Daniel Titius but was popularized only from 1772 by his countryman Johann Elert Bode.
		German astronomer best known for his popularization of Bode's law, or the Titius-Bode rule, an empirical mathematical expression for the relative mean distances between the Sun and its planets.
	concise.britannica.com /ebc/article-9357566 (736 words)

	Bode, Uranographia, 1801 (Site not responding. Last check: )
		It takes a few seconds to load, but it is fun to zoom in on Bode's Virgo.
		Bode has the distinction of being the only astronomer to produce two totally different star atlases.
		Bode's edition of Flamsteed's atlas was modest in size, adhered to the Flamsteed constellation figures (as improved by the French), and modified the French editions only by adding additional stars.
	www.lhl.lib.mo.us /events_exhib/exhibit/exhibits/stars/bodb.htm (278 words)

	CONTRACTION OF SPACE AT SOLAR SYSTEM (Site not responding. Last check: )
		The so named Bode's Law was published as a scientific law at 1772 by Johann Elert Bode, German astronomer and Director of the Observatory of Berlin.
		The Bode's Law had great importance in the development of astronomy, since due to it was discovered the Ring of Asteroids and the Uranus planet, as well made possible the discovery of Neptune.
		The Bode's Law is constituted by a mathematical series the which permits to localize the average orbits of planets, in astronomical units.
	geocities.com /CapeCanaveral/Cockpit/9445 (693 words)

	Johann Daniel Titius -- Encyclopædia Britannica
		Prussian astronomer, physicist, and biologist whose law (1766) expressing the distances between the planets and the Sun was confirmed by J.E. Bode in 1772.
		One of the great organ masters of the generation before Johann Sebastian Bach, Johann Pachelbel strongly influenced the development of the chorale, or traditional Protestant hymn tune, and popularized performances of music composed solely for the organ.
		One of Austria's greatest comic dramatists and a brilliant character actor, Johann Nestroy dominated the popular stage in Vienna in the mid-19th century.
	www.britannica.com /eb/article-9072653 (658 words)

	The Columbia Encyclopedia, Sixth Edition: Bode, Johann Elert @ HighBeam Research (Site not responding. Last check: )
		BODE, JOHANN ELERT [Bode, Johann Elert], 1747-1826, German astronomer.
		In 1772 he devised a formula to express the relative distances of the solar system planets from the sun.
		The same device had been thought out earlier by J. Titius of Wittenberg and is therefore sometimes referred to as Titius's law or the Titius-Bode Law, but it is best known as Bode's law.
	www.highbeam.com /library/doc0.asp?DOCID=1E1:Bode-Joh&refid=ip_encyclopedia_hf (188 words)

	Koehler's Original Deepsky Catalog
		Johann Gottfried Koehler's Catalog of Nebulous Objects was published by Johann Elert Bode in 1779, in the "Astronomisches Jahrbuch" for 1782.
		When the position of these and the previously discovered nebulous stars will be determined more acurately in longitude and latitude, I will be able to deliver a supplement in running numbers to my complete list, for which recently contributions have been promised from Italy also, via Prof.
		Bode mitgetheilt [Observation of the comet of the year 1779 and discovery of some new nebulous stars, by Mr.
	www.obspm.fr /messier/xtra/similar/koehler_o.html (1401 words)

	The Solar System - Numericana
		It was named after Johann Elert Bode (1747-1826), who published it in 1768.
		Bode was to become director of the Observatory of Berlin, and he collaborated with Johann Heinrich Lambert on the first ephemeris ever published in German.
		Wolf's calculations were first made popular in 1766 by Johann Daniel Dietz (1729-1796), a professor of physics at the University of Wittenberg (Germany) who is best known as Titius [of Wittenberg].
	home.att.net /~numericana/answer/solar.htm (1685 words)

	Bode Family Crest by Houseofnames.com
		We have researched the Bode family crest in the most recognized sources of coats of arms.
		In the Bode coat of arms as in all coat of arms the crest is only one element of the full armorial achievement.
		We encourage you to study the Bode genealogy to find out if you descend from someone who bore a particular family crest.
	www.houseofnames.com /xq/asp.familycrest_details/s.Bode/Bode_family_Crest/Bode_coat_of_arms/qx/Bode.htm?a=54323-224 (464 words)

	Bode - Wikipedia, the free encyclopedia
		For the German astronomer see Johann Elert Bode.
		For the signal processing graph, see Bode plot.
		The Bode is a 140 km long river in Saxony-Anhalt, Germany.
	en.wikipedia.org /wiki/Bode (70 words)

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