Roger Bacon

Roger Bacon

Dela Cerna, Danriel
Garcia, Randelle Shem
Gonzales, Dartagnan
Meneses, Ethan Jared
Rosell, Cyrell Rose

04/04/2022

Post by: Rosell, Cyrell Rose

• Roger Bacon (/ˈbeɪkən/;Latin: Rogerus or Rogerius Baconus, Baconis, also Frater Rogerus; c. 1219/20 – c. 1292), also known by the scholastic accolade Doctor Mirabilis, was a medieval English philosopher and Franciscan friar who placed considerable emphasis on the study of nature through empiricism.

• Roger Bacon was born in Ilchester in Somerset, England, in the early 13th century, although his date of birth is sometimes narrowed down to c. 1210, "1213 or 1214", or "1215". However, modern scholars tend to argue for the date of c. 1220, but there are disagreements on this. The only source for his birth date is a statement from his 1267 Opus Tertium that "forty years have passed since I first learned the Alphabetum". The latest dates assume this referred to the alphabet itself, but elsewhere in the Opus Tertium it is clear that Bacon uses the term to refer to rudimentary studies, the trivium or quadrivium that formed the medieval curriculum.His family appears to have been well off.

• Bacon studied at Oxford. While Robert Grosseteste had probably left shortly before Bacon's arrival, his work and legacy almost certainly influenced the young scholar and it is possible Bacon subsequently visited him and William of Sherwood in Lincoln.Bacon became a Master at Oxford, lecturing on Aristotle.

• There is no evidence he was ever awarded a doctorate.

• A caustic cleric named Roger Bacon is recorded speaking before the king at Oxford in 1233. In 1237 or at some point in the following decade, he accepted an invitation to teach at the University of Paris. While there, he lectured on Latin grammar, Aristotelian logic, arithmetic, geometry, and the mathematical aspects of astronomy and music. His faculty colleagues included Robert Kilwardby, Albertus Magnus, and Peter of Spain, the future Pope John XXI. The Cornishman Richard Rufus was a scholarly opponent. In 1247 or soon after, he left his position in Paris.As a private scholar, his whereabouts for the next decade are uncertain but he was likely in Oxford c. 1248–1251, where he met Adam Marsh, and in Paris in 1251. He seems to have studied most of the known Greek and Arabic works on optics (then known as "perspective", perspectiva).
• As a private scholar, his whereabouts for the next decade are uncertain but he was likely in Oxford c. 1248–1251, where he met Adam Marsh, and in Paris in 1251. He seems to have studied most of the known Greek and Arabic works on optics (then known as "perspective", perspectiva).

• A passage in the Opus Tertium states that at some point he took a two-year break from his studies.By the late 1250s, resentment against the king's preferential treatment of his émigré Poitevin relatives led to a coup and the imposition of the Provisions of Oxford and Westminster, instituting a baronial council and more frequent parliaments.

• In 1263 or 1264, a message garbled by Bacon's messenger, Raymond of Laon, led Guy to believe that Bacon had already completed a summary of the sciences.

• In fact, he had no money to research, let alone copy, such a work and attempts to secure financing from his family were thwarted by the Second Barons' War.

• However, in 1265, Guy was summoned to a conclave at Perugia that elected him Pope Clement IV. William Benecor, who had previously been the courier between Henry III and the pope, now carried the correspondence between Bacon and Clement. Clement's reply of 22 June 1266 commissioned "writings and remedies for current conditions", instructing Bacon not to violate any standing "prohibitions" of his order but to carry out his task in utmost secrecy. While faculties of the time were largely limited to addressing disputes on the known texts of Aristotle, Clement's patronage permitted Bacon to engage in a wide-ranging consideration of the state of knowledge in his era. In 1267 or '68, Bacon sent the Pope his Opus Majus, which presented his views on how to incorporate Aristotelian logic and science into a new theology, supporting Grosseteste's text-based approach against the "sentence method" then fashionable.Bacon also sent his Opus Minus, De Multiplicatione Specierum, De Speculis Comburentibus, an optical lens, and possibly other works on alchemy and astrology. The entire process has been called "one of the most remarkable single efforts of literary productivity", with Bacon composing referenced works of around a million words in about a year.
• In 1256 or 1257, he became a friar in the Franciscan Order in either Paris or Oxford, following the example of scholarly English Franciscans such as Grosseteste and Marsh. After 1260, Bacon's activities were restricted by a statute prohibiting the friars of his order from publishing books or pamphlets without prior approval. He was likely kept at constant menial tasks to limit his time for contemplation and came to view his treatment as an enforced absence from scholarly life.By the mid-1260s, he was undertaking a search for patrons who could secure permission and funding for his return to Oxford. For a time, Bacon was finally able to get around his superiors' interference through his acquaintance with Guy de Foulques, bishop of Narbonne, cardinal of Sabina, and the papal legate who negotiated between England's royal and baronial factions.In 1263 or 1264, a message garbled by Bacon's messenger, Raymond of Laon, led Guy to believe that Bacon had already completed a summary of the sciences.

• However, in 1265, Guy was summoned to a conclave at Perugia that elected him Pope Clement IV. William Benecor, who had previously been the courier between Henry III and the pope, now carried the correspondence between Bacon and Clement. Clement's reply of 22 June 1266 commissioned "writings and remedies for current conditions", instructing Bacon not to violate any standing "prohibitions" of his order but to carry out his task in utmost secrecy.

• The Condemnations of 1277 banned the teaching of certain philosophical doctrines, including deterministic astrology.

• Some time within the next two years, Bacon was apparently imprisoned or placed under house arrest.

• His last dateable writing—the Compendium Studii Theologiae—was completed in 1292.He seems to have died shortly afterwards and been buried at Oxford.

04/04/2022

Post by: Gonzales, Dartagnan F.

In the earlier part of his career, Bacon lectured in the faculty of arts on Aristotelian and pseudo-Aristotelian treatises, displaying no indication of his later preoccupation with science.

Photos from Roger Bacon's post 04/04/2022

Post by: Garcia, Randelle Shem D.

Bacon (as he himself complacently remarked) displayed a prodigious energy and zeal in the pursuit of experimental science; indeed, his studies were talked about everywhere and eventually won him a place in popular literature as a kind of wonder worker.

Photos from Roger Bacon's post 04/04/2022

Posted by: Danriel Tulbo Dela Cerna

Roger Bacon was an English mathematician. His most important mathematical contribution is the application of geometry to optics.

The works for which Bacon is most widely known are a group of writings commissioned by Pope Clement IV, comprising the Opus Maius, Opus Minus, and Opus Tertium. All of these works are rhetorical in the sense that Bacon attempted to persuade the Pope to support his research and to help him to implement his projected reform of studies. The reform program suggested by Bacon was very extensive and encompassed the study of languages, mathematics, the natural sciences, moral philosophy, and theology.

He developed the concept of law of nature in De multiplicatione specierum and De speculis comburentibus from the late 1250s or the early 1260s, the Opus majus and Opus tertium from 1267–1268, and the Communia naturalium and Communia mathematica from the late 1260s and early 1270s (Easton 1952).

04/04/2022

By: Jared Ethan Meneses

Bacon studied mathematics, astronomy, optics, alchemy, and languages. He was the first European to describe in detail the process of making gunpowder, and he proposed flying machines and motorized ships and carriages.

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