- Category : Science-Astronomy
- Type : MGE
- Profile : 6/2 - Role Model / Hermit
- Definition : Split - Small (7,10,33,34)
- Incarnation Cross : LAX Separation 1
- Birth Year: 1423
- Birthday: 08. June
- Birthplace: Vienna, Austria
- Category: Science-Astronomy
- Profile: 6-2
- Type: Emotional Manifesting Generator
- Inc.Cross: Separation 1
- Definition: Double Split - Small (7,10,33,34)
- Variables: BLR-MLR
- 0515 Rhythm
- 3740 Community
- 3041 Recognition
- 2057 The Brain Wave
- 3536 Transistoriness
- 1222 Openness
Austrian mathematician and astronomer instrumental in the European revival of the technical understanding of the astronomical ideas of Ptolemy and the early use of sines in Europe.
Nothing is known of Peuerbach’s life before 1446, when he entered the University of Vienna (B.A., 1448). Between 1448 and 1451 he traveled, notably in northern Italy, where he lectured on astronomy in Padua. Returning to Vienna, he became a master of arts in 1453 and lectured on Latin poetry at the university. He established a solid reputation in mathematics, astronomy, and astrology, interspersing his academic duties with service as a court astrologer. His first astrological position was with King Ladislas V of Bohemia and Hungary (d. 1457), and thereafter with the latter’s uncle, the Holy Roman emperor Frederick III. Peuerbach’s student and colleague Johannes Müller von Königsberg (commonly known by his Latin name of Regiomontanus) collaborated on these and other projects, noting discrepancies between observations and predictions and recording observations of lunar eclipses and two comets (including Halley’s Comet in 1456).
Peuerbach’s best-known work, the Theoricae novae planetarum (1454; “New Theories of the Planets”), began as lectures to the Viennese “Citizens’ School” (Bürgerschule), which Regiomontanus copied in his notebook. An influential university textbook, the Theoricae novae planetarum eventually replaced the widely used, anonymous 13th-century Theorica planetarum communis (the common “Theory of the Planets”). By the late 17th century, this textbook had appeared in more than 50 Latin and vernacular editions and commentaries, while introducing such students as Nicolaus Copernicus (1473–1543),Galileo Galilei (1564–1642), and Johannes Kepler (1571–1630) to an updated and simplified version of Ptolemy’s Almagest that gave a physical interpretation to its mathematical models.
He died 8 April 1461.