
Avempace
1095 – 1139 · aged 44
Arab Andalusian polymath (c. 1085 – 1138)
- Born
- 1095 · Sarakusta
- Died
- 1139 · Fez
Life timeline
Their life from birth to death. On the timeline, world events of the time are shown faintly.
- 1095BornBorn in Sarakusta
- 1139DiedDied in Fez
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Meanwhile in the world
Major world events during their lifetime (1095 – 1139).
- 1096 – 1099First Crusade
Biography
Abū Bakr Muḥammad ibn Yaḥya ibn aṣ-Ṣā’igh at-Tūjībī ibn Bājja (Arabic: أبو بكر محمد بن يحيى بن الصائغ التجيبي بن باجة), known simply as Ibn Bajja (Arabic: ابن باجة) or his Latinized name Avempace (c. 1085 – 1138), was an Arab polymath, whose writings include works regarding astronomy, physics, and music, as well as philosophy, medicine, botany, and poetry.
He was the author of the Kitāb an-Nabāt ("The Book of Plants"), a popular work on botany, which defined the sex of plants. His philosophical theories influenced the work of Ibn Rushd (Averroes) and Albertus Magnus. Most of his writings and books were not completed (or well-organized) due to his early death. He had a vast knowledge of medicine, mathematics, and astronomy. His main contribution to Islamic philosophy was his idea on soul phenomenology, which was never completed.
Avempace was, in his time, not only a prominent figure of philosophy but also of music and poetry. His diwan (Arabic: collection of poetry) was rediscovered in 1951. Though many of his works have not survived, his theories in astronomy and physics were preserved by Moses Maimonides and Averroes respectively, and influenced later astronomers and physicists in the Islamic civilization and Renaissance Europe, including Galileo Galilei.
Avempace wrote one of the first (argued by some to be the first) commentaries on Aristotle in the Western world. While his work on projectile motion was never translated from Arabic to Latin, his views became well known around the Western world and to Western philosophers, astronomers, and scientists of many disciplines. His works impacted contemporary medieval thought, and later influenced Galileo and his work. Avempace's theories on projectile motion are found in the text known as "Text 71".
Text from the Wikipedia article Avempace, CC BY-SA 4.0
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