41. Ptolemaic Astronomy In The Middle Ages The earliest of these in the west was campanus of novara s equatorium(ca. 1260),which gave instructions for assembling sets of graduated disks into http://www.princeton.edu/~hos/mike/texts/ptolemy/ptolemy.html

Ptolemaic Astronomy in the Middle Ages M. S. Mahoney (for the Dictionary of the Middle Ages, ed. J.R. Strayer) Ptolemaic astronomy, that is, the astronomy of Claudius Ptolemy 's Mathematical Compilation, Almagest Ptolemy's grand system had neither successor nor rival until the publication of Nicholas Copernicus De revolutionibus orbium coelestium in 1543. The bulk of the technical astronomy during the intervening 1400 years, both in the Middle East and in Europe, was devoted to the computation of tables and the design of instruments that translated Ptolemy's theorems and calculations into almanacs, horoscopes, and planetaria. While Islamic astronomers carried out some systematic observations aimed at filling gaps left in Ptolemy's work, especially in his treatment of such long-term motions as precession, Europeans concentrated on making the system accessible and useful to a variety of users. Before the establishment of the university curriculum in Europe, Ptolemaic astronomy circulated separately from the geocentric world-picture on which it was predicated and from which it had initially taken its task. In the Timaeus (ca.

42. Maths In Europe 1225); John of Halifax (Sacrobosco) (c. 12001256); campanus of novara (c.1205-1296); Girard of Brussels (c. 1235); Jordanus de Nemore (fl. http://library.thinkquest.org/C006364/ENGLISH/history/historyeurope.htm

Mathematicians through 1500 Marcus Terentius Varro (116-27 B.C.E.) Balbus (fl. c. 100 C.E.) Anicius Maulius Severinus Boethius (c. 480-524) Flavius Magnus Aurelius Cassiodorus (c. 490-c. 585) Bede (673-735) Alcuin of York (c. 735-804) Gerbert d'Aurillac, Pope Sylvester II (c. 945-1003) Adelard of Bath (1075-1164) John of Seville (c. 1125) Plato of Tivoli (c. 1125) Girard of Cremona (1114-1187) Robert of Chester (c. 1150) Robert Grosseteste (c. 1168-1253) Leonardo of Pisa (Fibonacci) (1170-1240) Alexandre de Villedieu (c. 1225) John of Halifax (Sacrobosco) (c. 1200-1256) Campanus of Novara (c. 1205-1296) Girard of Brussels (c. 1235) Jordanus de Nemore (fl. 1230-1260) Wilhelm of Moerbeke (c. 1215-1286) Roger Bacon (c. 1219-1292) John Pecham (c. 1230-1292) Gerard of Brussels (c. 1250) Witelo (Vitellio) (fl. 1250-1275) John Duns Scotus (1266-1308) William of Ockham (c. 1280-c. 1349) Richard of Wallingford (1291-1336) Thomas Bradwardine (c. 1295-1349) Nicholas Rhabdas (d. 1350) Jean Buridan (c. 1300-1358) John of Meurs (Johannes de Muris) (c. 1343) Albert of Saxony (c. 1316-1390)

43. History Of Astronomy: Persons (C) campanus of novara Campano, Giovanni (12201296). Short biography andreferences (MacTutor Hist. Math.) Campbell, Catherine Celeste (1905-?) http://www.astro.uni-bonn.de/~pbrosche/persons/pers_c.html

History of Astronomy Persons History of Astronomy: Persons (C) Deutsche Fassung Cacciatore, Gaetano (1814-1889) Short biography and references (in Italian) Short biography, references, links (H. Frommert, C. Kronberg) Short biography and references (in Italian) Caccini, Tommaso (1574-1648) Biography and relation to Galileo Caesar, Julius (100? BC - 44 BC) Biography and references (Encycl. Brit.) Cahill, Daniel William (1796-1864) Short biography and references From the Catholic Encyclopedia, 1913 Cajori, Florian (1859-1930) Short biography and references (MacTutor Hist. Math.) Short biography (Encycl. Brit.) Crater Cajori (lunar feature) Callippus of Cyzicus (c. 370 BC - c. 310 BC) Short biography and references (MacTutor Hist. Math.) Very short biography (Eric Weisstein's Treasure Trove) Calvin, John (1509-1564) Biography and references (Encycl. Brit.) Short biography From the Catholic Encyclopedia, 1913 Calvin and the Astronomical Revolution , by Matthew F. Dowd Campanella, Tommaso (1568-1639[1659?])

44. Jordanus De Nemore Sometimes attributed to campanus of novara. Preexercitamina . Known only froma reference in another of Jordanus texts. http://www.astro.uni-bonn.de/~pbrosche/persons/bio_jordanus.html

History of Astronomy Persons Persons (J) Jordanus de Nemore Jordanus de Nemore Jordanus de Nemore, along with Leonardo Fibonacci, was the dominant mathematician of the first half of the 13th century. He is best known for his works on mechanics (statics) but he also wrote influential works on arithmetic, geometry and algebra. Little is known about Jordanus' life. His name, de Nemore (literally of the forest or Forester ) suggests he was from a wooded area. Some scholars feel Jordanus de Nemore and Jordanus of Saxony, second Grand Master of the Dominican order, are the same person. If this is so, Jordanus was born in the area of Mainz and was educated in Paris. He was elected Grand Master in 1222 and died in a shipwreck on 13 February 1237 while returning from the Holy Land. Jordanus' works are distinguished by rigorous proofs. Six works that are definitely from Jordanus and four that are possibly his. His greatest legacy was in mechanics (statics): "Elementa super demonstrationem ponderum and possibly De ratione ponderis". "Liber phylotegni de triangulus". Jordanus' major geometrical work.

45. Digital Scriptorium: Author List campanus of novara. Cardinal of Sancta Severina. Carlo Marsuppini. Carlos deViana, prince, and Diego Ramírez Dáualos de la Piscina http://dpg.lib.berkeley.edu/webdb/scriptorium/misc/author

Digital Scriptorium: Author List (alphabetical order) Terms listed here are not directly linked to the database; please retype or copy and paste them from here into the search form. Close Window Next Page A Minister of the Church of England Abbot Ruotbertus Abraham Abulafia Abraham bar Hiyya ha-Nasi Abraham ibn Ezra Abu-I-Hasan al-Mukhtar ibn al-Hasan ibn Abdun ibn Sa'dun ibn Butlan (ibn Butlan) Aegidius Columna (Aegidius Romanus) Aegidius of Paris (Aegidius Parisiensis) Aegidius Romanus Aelred of Rievaulx Aeneas Silvius Piccolomini (Pius II) Aesop Agostino Dati Ahmad ibn Muhammad Rasis Albert of Saxony Albertino Mussato Albertus de Gandino Albertus de Saxonia (Albert of Halberstadt) Albertus Magnus Albertus Magnus ? Hugh of Strassburg ? Albohazen Haly, son of Abenragel Alcuin Aldobrandino da Siena Alessandro de Ritiis; Buccio di Ranallo; Niccolo Cieco d'Arezzo; Antonio Pucci; Giorgio da Sommariva Alexander Boswell Alexander de Villa Dei Alexander Nequam Alexander of Hales Alfonso X of Castile Alfonso X, the Learned, King of Castile and León Alfraganus al-Khwarizmi Alkindi Alonso Gallego Alphonsus of Burgos Ambrose 'Amr Andrea Alciati Andrea Lanfreducci Andreas Coquus Andreas de Escobar Andreas de Isernia Androinus de Rocha, titular cardinal of St. Marcellus

46. Timeline Related To Greek Science And Technology 2/2 campanus of novara, chaplain to Pope Urban IV, writes on astronomy and publishesa Latin edition of Euclid s Elements which became the standard Euclid for http://www.mlahanas.de/Greeks/HistoricEvents2.htm

How Science was Born in 300 BC and Why It Had to Be Reborn Timeline related to Greek Science and Technology Part 2 Griechische Wissenschaft Zeitlinie About 450 or later Proclus (Πρόκλος ο Λύκιος) the final head of Plato's Academy, said that astronomers "do not arrive at conclusions by starting from hypotheses, as is done in the the other sciences; rather, taking conclusions [the appearance of the heavens] as their point of departure, they strive to construct hypotheses from which effects conformable to the original conclusions follow with necessity" (Proclus, quoted by Duhem 1908:20). The astronomer is only interested in saving the appearance of the phenomena, and whether this conforms to reality is left to the other sciences to decide. About 500 Greek Anthology consisting of 46 mathematical problems. John Philoponus determined that falling objects do so with the same acceleration, or 'impetus,' specifically opposing Aristotle's notion that the air through which a projectile moved was its motive force. After 520 Ancius Manlius Severinus Boethius wrote De consolatione philosophiae in Latin, probably the most widely read book in Europe in the Middle Ages, and translated Aristotle's logical books. "Until the rediscovery of Aristotle in the twelfth century his translations were the basic texts for all students of logic" (Park 1990:79). He also wrote a commentary on Porphyry's logic. Aside from Boethius and Augustine, students in the monasteries read Pliny's first century Historia Naturalis, Cassiodorus's sixth century encyclopedia, Isadore of Seville's sixth century Etymolagiarum, and Discorides' De Materia Medica.

47. PSIgate - Physical Sciences Information Gateway Search/Browse Results campanus of novara Born 1220 in Novara, Italy Died 1296 in Viterbo, Italy Showbirthplace location Previous (Chronologically) Next Biographies Index http://www.psigate.ac.uk/roads/cgi-bin/search_webcatalogue2.pl?limit=850&term1=b

48. From Euclid To Newton of Bath in the 12th century, was edited and annotated by campanus of novara . is compiled from the works of Euclid, Boethius and campanus of novara. http://www.brown.edu/Facilities/University_Library/exhibits/math/nofr.html

From Euclid to Newton: An Exhibition in Honor of the 1999 Conference of the Mathematical Association of America Math Exhibit Home Exhibits Home Euclid (ca. 326-265 BC) Archimedes (ca. 287-212 BC) Apollonius of Perga (ca. 260-200 BC) Nichomachus of Gerasa (ca. 100) Claudius Ptolemy (ca. 85-165) Diophantus of Alexandria (ca. 200-284) Pappus of Alexandria (ca. 300-350) Proclus (ca. 410-485) Boethius (ca. 480-524) Thomas Bradwardine (ca. 1290-1349) Girolamo Cardano Robert Recorde Johann MŸller of Kšnigsberg called Regiomontanus Franois Vite John Napier Henry Briggs Adriaan Vlacq ... Bonaventura Cavalieri (ca. 1598-1647) Christiaan Huygens RenŽ Descartes Gottfried Wilhem Leibniz Sir Isaac Newton ... Guillaume Franois Antoine l'Hospital, Marquis de Sainte-Mesme TOP Euclid Brown University Library possess a copy of each sixteenth-century translation of Euclid's Elements of Geometry into a modern language. These vernacular editions, grouped around the first Latin edition of 1482, are displayed in chronological sequence, from 1533 (Greek) to 1594 (Arabic). All copies are opened at Book I, proposition 47, "Pythagoras' Theorem," which asserts: "In right-angled triangles the square of the side opposite the right angle is equal to the sum of the squares of the sides containing the right angle." Most of the translations provide proof of this equation (a

49. The Medieval View Of The Heavens In the West, campanus of novara (d. 1296), gave his version of the calculation,assigning a figure of 107.936 miles to the radius of the inner surface of http://www.granta.demon.co.uk/arsm/jg/heaven.html

Secretum secretorum De Mirabilibus Mundi - Cosmos Background for Ars Magica sagas The Heavens Before entering the Cosmos, let us pause just outside it: what if, anything, exists there? All agreed that no material substance is found outside the cosmos; if the cosmos is held to contain all the material substance that God created, this conclusion is unavoidable. Yet what about space devoid of corporeal substance? Aristotle had explicitly denied the possibility of place, space or vacuum outside the world, and this conclusion was generally accepted until a reevaluation of the issue was provoked by the condemnation of 1277. As we enter the cosmos, we immediately encounter celestial spheres. How many of these exist, what is their nature, and what are their functions? There are seven planets - moon, Mercury, Venus, sun, mars, Jupiter and Saturn, generally held to be arranged in that order. In the simplified version of the cosmos preferred by medieval writers on cosmology, which ignored most of the astronomical details, each plate required a single sphere to account for its motion. In addition, according to Aristotle, outside the planetary spheres, defining the outer limit of the cosmos, is the sphere of the fixed stars or primum mobile. Several problems arose as medieval scholars thought about this outermost sphere. One of them was to define its place. The place of a thing, according to Aristotle, is determined by the body or bodies that contain it. However, if the sphere of fixed stars is itself the outermost body, there is nothing outside it to serve as container. The natural conclusion of this line of argument - that the primum mobile is not a place - was too paradoxical to be accepted by all but a few of the toughest minds. Various solutions were therefore proposed, including an attempt to redefine place to allow it to be determined by the contained, rather than the containing, body.

50. Chronology Of Astrological And Historical Developments campanus of novara ( 1232? 1296) Astrology powerful1210, 1215, 1231, 1245, campanus of novara. He is the one to whom that Campanus house system is http://esoterism.ro/english/astrological-cronology.php

esoterism.ro esoterism, metaphysics and astrology Site content Angels Astrology Dictionnary Energetic Healing ... Despre mine Chronology of Astrological and Historical Developments Chronology of Astrological and Historical Developments Political/Societal/Area of World Astronomical/Astrological Development 1) Ancient Period30,000 - 5,000 B.C.E. i. Upper Paleolithic ii. Mesolithic Perspectives revolve around hearth, and the immediate group. The development of systematic agriculture and the domestication of animals (10,000-6000), affects trade and division of labor. Trust in the environs as indicators of states of consciousness. Mesoamerican Paleo-Indian up to 8000 BCE, Archaic period from 8000 to 1800 BCE. Feminine worship, Venus Figures, lunar bone markings of Moon phases and feminine cycles, reflecting astronomical observations. Evidence for the recognition of 3 constellations; The Bear (Europe and Native America), The Pleiades (Lascaux) and Orion (Australian aborigines). (23,000) Woman holding Bison horn (or crescent) with 13 marks (lunations) on relief found in France. Olmec heartland in LaVenta.

51. Re: VMs: Re: RE: Regal Eagle http//www.personal.utulsa.edu/~marccarlson/witchtrial/italy.html campanus of novara(1220-1296) was also a well-known astronomer (Bacon cites him as being http://www.voynich.net/Arch/2003/05/msg00216.html

Date Prev Date Next Thread Prev Thread Next ... Thread Index Re: VMs: Re: RE: Regal Eagle To Subject : Re: VMs: Re: RE: Regal Eagle From Date : Tue, 27 May 2003 11:04:47 +0100 In-reply-to BAY3-DAV63uV1XfIvAl00019686@hotmail.com References NFBBJIELILDIPGOLKHAFAEEICIAA.glenclaston@attbi.com Reply-to Sender Hi everyone, At 21:01 26/05/2003 -0700, Dana Scott wrote: Yes, you are of course quite correct, but what impresses me here is that striking similarity between this particular set of eagle wings to what is seen in the VMS. This possible/probable link with Novara fascinates me: the code-maker I identify as being the probable designer of the VMS (Cicco Simonetta) was given the honorary citizenship of Novara in 1456 (no small thing), and so would almost certainly have been perfectly entitled to use its shield? http://www.storiadimilano.it/Personaggi/Milanesi%20illustri/CiccoSimonetta.htm If the VMS is Simonetta's, then this link with Novara would give an earliest date of 1456 (which I'm comfortable with). IIRC, Novara was close to the woods where the Sforza court would go hunting. In the fragments of Simonetta's diaries that still remain, he often marks his location as "Villa Nova" where the Sforza court would stay - which I ~think~ is in Novara. Also: Novara was the place of one of the earliest recorded witchcraft trials (in the 1330s). In "Magic in the Middle Ages" (p.180), Kieckhefer notes that the court asked the advice of Bartolo of Sassoferrato, "one of the most prominent lawyers of the day", whose (somewhat cautious) reply still exists [though other sources indicate that this letter may have been forged].

52. Da Vinci's First Code Pacioli s translation of the Elements was an annotated version, based on anearlier translation by campanus of novara (12201296), which appeared in printed http://www.sociologyesoscience.com/davincicode/firstcode.html

Da Vinci’s First Code: Our Numbers Our Gods, the Pentagram with illustrated examples ranging from da Vinci's three portraits of women to the Great Pyramid and the Parthenon. Renaissance neoplatonist speculators used the Golden means, or ‘Ratio’ for the pentagon and the pentagram necessary for the construction of the of the Platonic solids. But irrespective of the base that any of the earlier cultures or even civilizations chose, the first group of numbers to be appreciated and understood at some level was the group of whole numbers (or natural numbers). These are the familiar 1, 2, 3, 4.... Once humans absorbed the comprehension of these numbers as abstract quantities into their consciousness, it did not take them long to start to attribute special properties to numbers. From Greece to India, numbers were accredited with secret qualities and powers. Some ancient Indian texts claim that numbers are almost divine, or "Brahma-natured. These manuscripts contain phrases that are nothing short of worship to numbers (like "hail to one"). Similarly, a famous dictum of the Greek mathematician Pythagoras (whose life and work will be described later in this chapter) suggests that "everything is arranged according to number." These sentiments led on one hand to important developments in number theory but, on the other, to the development of numerology-the set of doctrines according to which all aspects of the universe are associated with numbers and their idiosyncrasies. To the numerologist, numbers were fundamental realities, drawing symbolic meanings from the relation between the heavens and human activities. Furthermore, essentially no number that was mentioned in the holy writings was ever treated as irrelevant. Some forms of numerology affected entire nations. For example, in the year 1240 Christians and Jews in Western Europe expected the arrival of some messianic king from the East, because it so happened that the year 1240 in the Christian calendar corresponded to the year 5000 in the Jewish calendar. Before we dismiss these sentiments as romantic naivete that could have happened only many centuries ago, we should recall the extravagant hoopla surrounding the ending of the last millennium.

53. Incunabula From Italy | Incunabula - Dawn Of Western Printing Ratdolt used a text compiled by campanus of novara in the 13th century which wasbased on a text translated from Arabic into Latin by Adelard of Bath in the http://www.ndl.go.jp/incunabula/e/collection/col_02.html

Incunabula from Italy Commentarii in Martialem by D. Calderinus Calderinus, Domitius. Commentarii in Martialem Venice: Jacobus Rubeus, 13 Sept. 1474. 1 v. GW 5889. Typ.2:80R Call No. WA42-35 In Venice printing techniques were introduced by German-born Johannes de Spira(Johann from Speyer) in 1469 but in 1470 Nicolas Jenson( See 35. ) , who was a printer renowned for his beautiful printing types, also began printing. Jacobus Rubeus(in French, Jacques le Rouge) , also from France, was influenced by Jenson's work and printed Roman classics. In this book Greek type(80Gk) , which is a mock of Jenson's Greek(115Gk) printing type, is used. Until about 1478, Rubeus printed in Venice using 5 kinds of printing types, then moved to Pinerolo and ceased printing in about 1483. Martial( c. c. 104) was a satirical poet in Rome and 18 incunabula of his Epigrammata are known. D. Calderinus( c. 1447-1478) was an Italian humanist who wrote commentaries on a number of Roman classics including Juvenal. 11 incunabula of his works are known. Biblia Latina Biblia Latina Venice: Franciscus Renner, de Heilbronn and Nicolaus de Frankfordia, 1475. 1 v.

54. Biography-center - Letter C www.whonamedit.com/doctor.cfm/2 170.html; campanus of novara,wwwhistory.mcs.st-and.ac.uk/~history/Mathematicians/Campanus.html; Campbell, John http://www.biography-center.com/c.html

Visit a random biography ! Any language Arabic Bulgarian Catalan Chinese (Simplified) Chinese (Traditional) Croatian Czech Danish Dutch English Estonian Finnish French German Greek Hebrew Hungarian Icelandic Indonesian Italian Japanese Korean Latvian Lithuanian Norwegian Polish Portuguese Romanian Russian Serbian Slovak Slovenian Spanish Swedish Turkish C 896 biographies C aj©s, Eugenio www.getty.edu/art/collections/bio/a3404-1.html C arducho, Bartolom© www.kfki.hu/~arthp/bio/c/carducho/bartolom/biograph.html C arrabba, Chris www.stars-celebrites.com/dashboard/dcbioen.htm C harisse, Cyd members.tripod.com/~JudyFrankGene/index-29.html C lymer, George odur.let.rug.nl/~usa/B/clymer/clymer.htm C ordero, Minerva www.maa.org/summa/archive/corder_m.htm C raig, Frank www.bpib.com/illustrat/craig.htm C r¨vecoeur, Hector St. John de odur.let.rug.nl/~usa/LIT/hector.htm Ca ge, John www.pbs.org/wnet/americanmasters/database/cage_j.html Ca rducho, Vicente www.getty.edu/art/collections/bio/a3408-1.html Ca roto, Giovanni Francesco www.kfki.hu/~arthp/bio/c/caroto/biograph.html Ca rpaccio, Vittore

55. User:Gerritholl/mathematicians - Wikipedia, The Free Encyclopedia F Burton Jones Renato Caccioppoli - Florian Cajori - Alberto Calderón -Callippus - campanus of novara - John Campbell - Charles Camus - Doris Cannell http://en.wikipedia.org/wiki/User:Gerritholl/mathematicians

Wikimedia needs your help in its 21-day fund drive. See our fundraising page Over US$145,000 has been donated since the drive began on 19 August. Thank you for your generosity! User:Gerritholl/mathematicians From Wikipedia, the free encyclopedia. User:Gerritholl edit Mathematicians Ernst Abbe Niels Henrik Abel Abraham bar Hiyya Max Abraham ... Antoni Zygmund Retrieved from " http://en.wikipedia.org/wiki/User:Gerritholl/mathematicians Views User page Discussion Edit this page History Personal tools Create account / log in Navigation Main Page Community portal Current events Recent changes ... Donations Search Toolbox What links here Related changes Upload file Special pages ... Permanent link This page was last modified 01:33, 19 August 2005. All text is available under the terms of the GNU Free Documentation License (see for details). About Wikipedia

56. USL: Rare Books And Special Collections here is thought to have been translated from the Arabic by the great 12thcentury scholar, Adelard of Bath, with a commentary by campanus of novara. http://www.library.usyd.edu.au/libraries/rare/treasures/t-euclid.html

catalogue databases borrowing libraries ... Modern works Treasures of the Rare Book Library Early printed books Euclid. Liber elementorum in artem geometrie. Venice : Erhard Ratdolt, 25 May 1482. This Venetian printing of Euclid's Geometriae elementa of 1482 was produced by one Erhard Ratdolt, a native of Augsberg, who began printing in Venice around 1476. The layout of the book shows both a decorative sense and a flair for technical innovation on the part of the printer. The first page of the text has a handsome, three-sided border and initial in white on a black ground. The text has been set in a close black-letter type in one column leaving a wide outer margin for the geometric figures. This was the first instance of mathematical figures being reproduced in this way. It is uncertain how much of the textual content of the Elementa is original and how much is a compilation of the work of earlier geometers. It is however regarded as the greatest geometrical work ever produced and it is undisputed that Euclid's book, written in the third century BC, immediately supplanted its predecessors and remained the basic treatise on geometry for well over 2000 years. The Latin version here is thought to have been translated from the Arabic by the great 12th century scholar, Adelard of Bath, with a commentary by Campanus of Novara. Ratdolt's edition is remarkable not only as being the first appearance in print of this seminal text but also for the extremely high quality of its production, making it one of the finest of all mathematical books. It is probably one of the first, if not the first, extensive work to be printed with diagrams. Ratdolt's comments on the difficulty of doing these is noted in his introduction and dedication to the Doge, and his technique was to be used until well into the 16th century. As a piece of mathematical printing it has rarely, if ever, been surpassed.

57. ★ Reviews Of Books About Novara Average review score No reviews found. campanus of novara Medieval PlanetaryTheory Theorica Planetarum (Medieval Science Series; No. http://italy.vacationbookreview.com/Piedmont/Novara/

Related Vacation Book Subjects: Piedmont More Pages: Novara Page 1 Books to read if you're planning a vacation in "Novara" , sorted by average review score: BANCA POPOLARE DI NOVARA SCRL: International Competitive Benchmarks and Financial Gap Analysis Author: Icon Group Ltd. Average review score: No reviews found. BANCA POPOLARE DI NOVARA SCRL: Labor Productivity Benchmarks and International Gap Analysis Author: Icon Group Ltd. Average review score: No reviews found. Published in Hardcover by Univ of Wisconsin Pr (December, 1972) Authors: Campano, Francis S., Jr., Benjamin, and G. J. Toomer Average review score: No reviews found. Average review score: No reviews found. Dall'ammoniaca ai nuovi materiali : storia dell'Istituto di ricerche chimiche Guido Donegani di Novara Average review score: No reviews found. Favola, storia, moda nel costume teatrale dell'800 : i figurini acquerellati del Museo di Novara Author: Marina Tappa Bertoncelli Average review score: No reviews found. From My Side of the Fence Published in Paperback by Syncopated Press (01 September, 2000) Author: Joe Novara Average review score: No reviews found.

58. Planetary Theory: New & Used Books Category Search Result For Planetary Theory Compare Prices Editions. campanus of novara Medieval Compare Prices,campanus of novara Medieval Planetary Theory Theorica http://www.fetchbook.info/fwd_topics/id_1555752.html

Bookmark Recommend Us Enhance Your Site Browse Books ... Forums New! Help Keyword Title Author ISBN Welcome Guest [Sign In] Searched in books for Planetary Theory books matched your search. Search took seconds. All Categories Science Astronomy Planetary Theory Add Review Planetary Systems from the Ancient Greeks to Kepler By Theodor S. Jacobsen Hardcover / 256 Pages / Univ of Washington Pr / August 1999 / 029597821X List Price $65.00 / Similar to Planetary Systems from the Ancient... Compare Prices Add To Wish List Details ... Add Review By Campano G. J. Toomer (Editor), Francis S. Benjamin (Editor) Hardcover / Univ of Wisconsin Pr / June 1972 / 029905960X List Price $45.00 / Similar to Compare Prices Add To Wish List Details Add Review Planetary Astronomy from the Renaissance to the Rise of Astrophysics: Part B The Eighteenth and Nineteenth Centuries (Illustrated) By Rene Taton Rene Taton (Editor), Curtis Wilson (Editor), Michael Hoskin (Editor) Hardcover / Cambridge Univ Pr / June 1995 / 0521351685 List Price $90.00 / Similar to

59. Solar System Books - Top Rated - Page 303 Of 759 - Solar System campanus of novara Medieval Planetary Theory Theorica Planetarum (MedievalScience Series; No. campanus of novara Medieval Planetary Theory http://www.solar-system.info/books/13439/reviews/303/

60. Books And Articles Referred To In The Note By Menso Folkerts J. E. Murdoch, The Medieval Euclid Salient Aspects of the Translations of theElements by Adelard of Bath and campanus of novara, in XIIe Congrès http://www.math.ubc.ca/people/faculty/cass/Euclid/folkerts/refs.html

Books and articles referred to in the note by Menso Folkerts A. Allard al-Khwarizmi R. O. Besthorn et al., Codex Leidensis 399,1. Euclidis Elementa ex interpretatione al-Hadschdschadschii cum commentariis al-Narizii (Copenhagen, 1893-1932). B. Bischoff , in: Mittelalterliche Studien , Bd.3 (Stuttgart: Anton Hiersemann, 1981). Sonja Brentjes al-Haggag b. Yusuf b. Matar (zwischen 786 und 833), in: Archive for History of Exact Sciences XLVII (1994) 53-92. Sonja Brentjes , The Relevance of Non-Primary Sources for the Recovery of the Primary Transmission of Euclid's Elements into Arabic, in: Tradition, Transmission, Transformation. Proceedings of Two Conferences on Pre-modern Science held at the University of Oklahoma. Edited by F. J. Ragep and S. R. Ragep with St. Livesey. Leiden: E. J. Brill, 1996, pp.201-225. Sonja Brentjes , Additions to Book I in the Arabic Traditions of Euclid's Elements , in XV, no. 1-2, New Series (1997/98) 55-117. H. L. L. Busard , Some Early Adaptations of Euclid's Elements and the Use of its Latin Translations, in: , ed. M. Folkerts and U. Lindgren (Stuttgart: Franz Steiner, 1985), pp.129-164, esp. p.136.

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