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'''Euclid''' (Εύκλείδες,  c. 300 BC) was a Greek mathematician. He worked in [[Alexandria]] at the Museum founded by [[Ptolemy I]]. He systematized the geometric and arithmetic knowledge of his times in thirteen Books—[[Euclid's elements]] (Στοιχεία).
'''Euclid''' (Εύκλείδες,  c. 300 BC) was a Greek mathematician. He worked in [[Alexandria]] at the Museum founded by [[Ptolemy I]]. He systematized the geometric and arithmetic knowledge of his times in thirteen Books—[[Euclid's elements]] (Στοιχεία).
Besides the ''Elements'', Euclid wrote several other books. Of these ''Data'', ''On Divisions of Figures'', ''the Phaenomena'', and  ''the Optics'' have been passed to posterity. ''Data'' is a collection of 94 geometric propositions, ''On Division of Figures'' deals with problems of dividing a given figure by one or more straight lines, ''the Optics'' is the first Greek treatise on perspective, and ''the Phaenomena'' is an introduction to mathematical astronomy.


Nothing else is known of Euclid's life. That he lived and worked in Alexandria in the days of Ptolemy I is reported to us by the Greek philosopher [[Proclus]] (c. AD 410–485) in his "summary" of famous Greek mathematicians. Probably Euclid is older than [[Archimedes]] (c. 290/280–212/211 BC).
Nothing else is known of Euclid's life. That he lived and worked in Alexandria in the days of Ptolemy I is reported to us by the Greek philosopher [[Proclus]] (c. AD 410–485) in his "summary" of famous Greek mathematicians. Probably Euclid is older than [[Archimedes]] (c. 290/280–212/211 BC).
==Other works==
Besides the ''Elements'', Euclid wrote numerous other books. We have the texts of four others, ''Data'', ''On Divisions of Figures'', ''the Phaenomena'', and  ''the Optics.'' ''Data'' is a collection of 94 geometric propositions, ''On Division of Figures'' deals with problems of dividing a given figure by one or more straight lines into others with desired properties of shape and area. It was used by Leonardo of Pisa in his ''Practica geometriae'' of 1220.  ''The Optics'' is the first Greek treatise on perspective, with geometrical propositions on the rectilinear propagation of light. ''The Phaenomena'' is an introduction to mathematical astronomy. Since it closely resembles the style of the earlier treatise "On the Moving Sphere" by Autolycus (c. 330 b.c.), historians have concluded that Euclid did not necessarily invent the form of his works.


From Greek commentators one learns of several books that have been lost. They include ''Pseudaria'' (on fallacies); ''Porisms'' (on conditions determining curves); ''Conics'' (which was superseded by a similar work of Apollonius); ''Surface Loci'' (perhaps dealing with cones, spheres, and cylinders, or with curves on these surfaces); ''Elements of Music'' (possibly including the Pythagorean theory of harmony); and ''Catoptrics'' (on the properties of mirrors). A surviving ''Catoptrics'' bearing Euclid's name is in reality a later compilation--possibly by Theon of Alexandria (c. a.d. 350)--but it probably is based upon an authentic Euclidean work of the same name and in the same form. Arabic writers also attribute to Euclid various treatises on mechanics including books on the balance and on specific gravity


==Bibliography==
* Allman, George J. ''Greek Geometry from Thales to Euclid'' (1976)
* Artmann, Benno. ''Euclid - The Creation of Mathematics'' (2001) [http://www.amazon.com/Euclid-Creation-Mathematics-Benno-Artmann/dp/0387984232/ref=pd_bbs_9?ie=UTF8&s=books&qid=1201249886&sr=8-9 excerpt and text search]
* Cajori, Florian. ''A History of Mathematics'' (1919) [http://www.questia.com/read/85959201# complete text online free]
* Heath, Thomas L. ''A History of Greek Mathematics,'' (2 vol 1981).
* Mueller, Ian. ''Philosophy of Mathematics and Deductive Structure in Euclid's Elements'' (1981).
====notes====
<references/>


[[Category: CZ Live]]
[[Category: CZ Live]]
[[Category: Mathematics Workgroup]]
[[Category: Mathematics Workgroup]]
[[Category: History Workgroup]]
[[Category: History Workgroup]]

Revision as of 03:33, 25 January 2008

Euclid (Εύκλείδες, c. 300 BC) was a Greek mathematician. He worked in Alexandria at the Museum founded by Ptolemy I. He systematized the geometric and arithmetic knowledge of his times in thirteen Books—Euclid's elements (Στοιχεία).

Nothing else is known of Euclid's life. That he lived and worked in Alexandria in the days of Ptolemy I is reported to us by the Greek philosopher Proclus (c. AD 410–485) in his "summary" of famous Greek mathematicians. Probably Euclid is older than Archimedes (c. 290/280–212/211 BC).

Other works

Besides the Elements, Euclid wrote numerous other books. We have the texts of four others, Data, On Divisions of Figures, the Phaenomena, and the Optics. Data is a collection of 94 geometric propositions, On Division of Figures deals with problems of dividing a given figure by one or more straight lines into others with desired properties of shape and area. It was used by Leonardo of Pisa in his Practica geometriae of 1220. The Optics is the first Greek treatise on perspective, with geometrical propositions on the rectilinear propagation of light. The Phaenomena is an introduction to mathematical astronomy. Since it closely resembles the style of the earlier treatise "On the Moving Sphere" by Autolycus (c. 330 b.c.), historians have concluded that Euclid did not necessarily invent the form of his works.

From Greek commentators one learns of several books that have been lost. They include Pseudaria (on fallacies); Porisms (on conditions determining curves); Conics (which was superseded by a similar work of Apollonius); Surface Loci (perhaps dealing with cones, spheres, and cylinders, or with curves on these surfaces); Elements of Music (possibly including the Pythagorean theory of harmony); and Catoptrics (on the properties of mirrors). A surviving Catoptrics bearing Euclid's name is in reality a later compilation--possibly by Theon of Alexandria (c. a.d. 350)--but it probably is based upon an authentic Euclidean work of the same name and in the same form. Arabic writers also attribute to Euclid various treatises on mechanics including books on the balance and on specific gravity

Bibliography

  • Allman, George J. Greek Geometry from Thales to Euclid (1976)
  • Artmann, Benno. Euclid - The Creation of Mathematics (2001) excerpt and text search
  • Cajori, Florian. A History of Mathematics (1919) complete text online free
  • Heath, Thomas L. A History of Greek Mathematics, (2 vol 1981).
  • Mueller, Ian. Philosophy of Mathematics and Deductive Structure in Euclid's Elements (1981).

notes