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{{Short description|Muslim mathematician (790–854)}}
'''{{transl|ar|ALA|ʿAbd al-Hamīd ibn Turk}}''' (] 830), known also as '''{{transl|ar|ALA|ʿAbd al-Hamīd ibn Wase ibn Turk Jili}}''' was a ninth century ] ]. Not much is known about his biography. The two records of him, one by the Persian ] and the other by ] are not identical. However al-Qifi mentions his name as ʿAbd al-Hamīd ibn Wase ibn Turk Jili. Jili means from ].<ref> in ''Dāʾirat al-Maʿārif-i Buzurg-i Islāmī'', Vol. 3, no. 1001, Tehran. To be translated in ].</ref>
{{cleanup lang|date=May 2021}}

'''{{transliteration|ar|ALA|ʿAbd al-Hamīd ibn Turk|italics=no}}''' (] 830), known also as '''{{transliteration|ar|ALA|ʿAbd al-Hamīd ibn Wase ibn Turk al-Jili|italics=no}}''' ({{langx|ar|ابومحمد عبدالحمید بن واسع بن ترک الجیلی}}) was a ninth-century ]. Not much is known about his life. The two records of him, one by ] and the other by ] are not identical. Al-Qifi mentions his name as ʿAbd al-Hamīd ibn Wase ibn Turk al-Jili. Jili means from ]. On the other hand, ] mentions his nisbah as ''khuttali'' ({{lang|ar|ختلی}}), which is a region located north of the Oxus and west of ]. In one of the two remaining manuscripts of his ''al-jabr wa al-muqabila'', the recording of his nisbah is closer to ''al-Jili''.<ref name="cgie"> in ''Dāʾirat al-Maʿārif-i Buzurg-i Islāmī'', Vol. 3, no. 1001, Tehran. To be translated in ].</ref> ] / '']'' states that he originally hailed from ] or ].{{sfn|Pingree|1982|page=111}}
He wrote a work on ] of which only a chapter called "Logical Necessities in Mixed Equations", on the solution of ], has survived.
He wrote a work on ] entitled ''Logical Necessities in Mixed Equations'', which is very similar to al-Khwarzimi's ''Al-Jabr'' and was published at around the same time as, or even possibly earlier than, ''Al-Jabr''.<ref name="Boyer Ibn Turk">{{cite book|first=Carl B.|last=Boyer|authorlink=Carl Benjamin Boyer|title=A History of Mathematics|edition=Second|publisher=]|year=1991|chapter=The Arabic Hegemony|isbn=0-471-54397-7|quote=The ''Algebra'' of ] usually is regarded as the first work on the subject, but a recent publication in Turkey raises some questions about this. A manuscript of a work by 'Abd-al-Hamid ibn-Turk, entitled "Logical Necessities in Mixed Equations," was part of a book on ''Al-jabr wa'l muqabalah'' which was evidently very much the same as that by al-Khwarizmi and was published at about the same time possibly even earlier. The surviving chapters on "Logical Necessities" give precisely the same type of geometric demonstration as al-Khwarizmi's ''Algebra'' and in one case the same illustrative example x<sup>2</sup> + 21 = 10x. In one respect 'Abd-al-Hamad's exposition is more thorough than that of al-Khwarizmi for he gives geometric figures to prove that if the discriminant is negative, a quadratic equation has no solution. Similarities in the works of the two men and the systematic organization found in them seem to indicate that algebra in their day was not so recent a development as has usually been assumed. When textbooks with a conventional and well-ordered exposition appear simultaneously, a subject is likely to be considerably beyond the formative stage. ... Note the omission of ] and ], authors who evidently were not at first known in Arabia, although the Diophantine ''Arithmetica'' became familiar before the end of the tenth century.|page=|chapter-url-access=registration|chapter-url=https://archive.org/details/historyofmathema00boye/page/234}}</ref> Only a chapter called "Logical Necessities in Mixed Equations", on the solution of ], has survived. The manuscript gives exactly the same geometric demonstration as is found in ''Al-Jabr'', and in one case the same example as found in ''Al-Jabr'', and even goes beyond ''Al-Jabr'' by giving a geometric proof that if the ] is negative then the quadratic equation has no solution.<ref name="Boyer Ibn Turk" /> The similarity between these two works has led some historians to conclude that algebra may have been well developed by the time of al-Khwarizmi and 'Abd al-Hamid.<ref name="Boyer Ibn Turk" />

He authored a manuscript entitled ''Logical Necessities in Mixed Equations'', which is very similar to al-Khwarzimi's ''Al-Jabr'' and was published at around the same time as, or even possibly earlier than, ''Al-Jabr''.<ref name="Boyer Ibn Turk">{{cite book|first=Carl B.|last=Boyer|authorlink=Carl Benjamin Boyer|title=A History of Mathematics|edition=Second|publisher=John Wiley & Sons, Inc.|year=1991|chapter=The Arabic Hegemony|isbn=0471543977
|quote=The ''Algebra'' of al-Khwarizmi usually is regarded as the first work on the subject, but a recent publication in Turkey raises some questions about this. A manuscript of a work by 'Abd-al-Hamid ibn-Turk, entitled "Logical Necessities in Mixed Equations," was part of a book on ''Al-jabr wa'l muqabalah'' which was evidently very much the same as that by al-Khwarizmi and was published at about the same time - possibly even earlier. The surviving chapters on "Logical Necessities" give precisely the same type of geometric demonstration as al-Khwarizmi's ''Algebra'' and in one case the same illustrative example x<sup>2</sup> + 21 = 10x. In one respect 'Abd-al-Hamad's exposition is more thorough than that of al-Khwarizmi for he gives geometric figures to prove that if the discriminant is negative, a quadratic equation has no solution. Similarities in the works of the two men and the systematic organization found in them seem to indicate that algebra in their day was not so recent a development as has usually been assumed. When textbooks with a conventional and well-ordered exposition appear simultaneously, a subject is likely to be considerably beyond the formative stage. ... Note the omission of Diophantus and Pappus, authors who evidently were not at first known in Arabia, although the Diophantine ''Arithmetica'' became familiar before the end of the tenth century.|page=234}}</ref>
The manuscript gives exactly the same geometric demonstration as is found in ''Al-Jabr'', and in one case the same example as found in ''Al-Jabr'', and even goes beyond ''Al-Jabr'' by giving a geometric proof that if the determinant is negative then the quadratic equation has no solution.<ref name="Boyer Ibn Turk" /> The similarity between these two works has led some historians to conclude that algebra may have been well developed by the time of al-Khwarizmi and 'Abd al-Hamid.<ref name="Boyer Ibn Turk" />


== References == == References ==
{{reflist|1}}


== Further reading ==
<references/>
{{refbegin|2}} {{refbegin}}
* {{cite journal|last=Høyrup|first=J.|title=Al-Khwarizmi, Ibn Turk and the Liber Mensurationum: On the Origins of Islamic Algebra|journal=Erdem|volume=5|year=1986|pages=445–484}} * {{cite journal |last=Høyrup |first=J. |title=Al-Khwarizmi, Ibn Turk and the Liber Mensurationum: On the Origins of Islamic Algebra |journal=Erdem |volume=5 |year=1986 |issue=5 |pages=445–484|doi=10.32704/erdem.1986.5.445 |s2cid=126060042 |url=https://dergipark.org.tr/tr/pub/erdem/issue/44571/553155 }}
* {{cite encyclopedia | article = ʿABD-AL-ḤAMĪD B. VĀSEʿ | last = Pingree | first = David | authorlink = David Pingree| url = http://www.iranicaonline.org/articles/abd-al-hamid-b-vase | editor-last = | editor-first = | editor-link = | encyclopedia = Encyclopaedia Iranica, Vol. I, Fasc. 1 | page = 111 | location = | publisher = | year = 1982 | isbn = }}
* {{cite book|last=Sayili|first=Aydin|authorlink=Aydin Sayili|title=Abdülhamit İbn Türk'ün Katışık Denklemlerde Mantıki Zaruretler Adlı Yazısı ve Zamanın Cebri. (Logical necessities in mixed equations by ʿAbd al Hamīd ibn Turk and the algebra of his time.)|location=Ankara|publisher=Türk Tarih Kurumu Basımevı|year=1962}} Rev. by Jean Itard in Revue Hist. Sci. Applic., 1965, I8:123-124. * {{cite book |last=Sayili |first=Aydin |authorlink=Aydin Sayili |title=Abdülhamit İbn Türk'ün Katışık Denklemlerde Mantıki Zaruretler Adlı Yazısı ve Zamanın Cebri. (Logical necessities in mixed equations by ʿAbd al Hamīd ibn Turk and the algebra of his time.) |location=Ankara |publisher=Türk Tarih Kurumu Basımevı |year=1962}} Rev. by Jean Itard in Revue Hist. Sci. Applic., 1965, I8:123-124.
{{refend}} {{refend}}

==External links==
* {{cite web|last1=Pingree|first1=David|authorlink=David Pingree|title=ʿABD-AL-ḤAMĪD B. VĀSEʿ|url=http://www.iranicaonline.org/articles/abd-al-hamid-b-vase|website=www.iranicaonline.org|publisher=Encyclopaedia Iranica|language=en}}


{{Islamic mathematics}} {{Islamic mathematics}}


{{Authority control}}
{{Persondata <!-- Metadata: see ]. -->

| NAME = Turk, Abd Hamid
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| DATE OF BIRTH =
| PLACE OF BIRTH =
| DATE OF DEATH =
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}}
{{DEFAULTSORT:Turk, Abd Hamid}} {{DEFAULTSORT:Turk, Abd Hamid}}
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{{asia-mathematician-stub}} {{asia-mathematician-stub}}

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Latest revision as of 00:51, 4 December 2024

Muslim mathematician (790–854)
This article should specify the language of its non-English content, using {{lang}}, {{transliteration}} for transliterated languages, and {{IPA}} for phonetic transcriptions, with an appropriate ISO 639 code. Misplaced Pages's multilingual support templates may also be used. See why. (May 2021)

ʿAbd al-Hamīd ibn Turk (fl. 830), known also as ʿAbd al-Hamīd ibn Wase ibn Turk al-Jili (Arabic: ابومحمد عبدالحمید بن واسع بن ترک الجیلی) was a ninth-century Muslim mathematician. Not much is known about his life. The two records of him, one by Ibn Nadim and the other by al-Qifti are not identical. Al-Qifi mentions his name as ʿAbd al-Hamīd ibn Wase ibn Turk al-Jili. Jili means from Gilan. On the other hand, Ibn Nadim mentions his nisbah as khuttali (ختلی), which is a region located north of the Oxus and west of Badakhshan. In one of the two remaining manuscripts of his al-jabr wa al-muqabila, the recording of his nisbah is closer to al-Jili. David Pingree / Encyclopaedia Iranica states that he originally hailed from Khuttal or Gilan. He wrote a work on algebra entitled Logical Necessities in Mixed Equations, which is very similar to al-Khwarzimi's Al-Jabr and was published at around the same time as, or even possibly earlier than, Al-Jabr. Only a chapter called "Logical Necessities in Mixed Equations", on the solution of quadratic equations, has survived. The manuscript gives exactly the same geometric demonstration as is found in Al-Jabr, and in one case the same example as found in Al-Jabr, and even goes beyond Al-Jabr by giving a geometric proof that if the discriminant is negative then the quadratic equation has no solution. The similarity between these two works has led some historians to conclude that algebra may have been well developed by the time of al-Khwarizmi and 'Abd al-Hamid.

References

  1. Ibn Turk in Dāʾirat al-Maʿārif-i Buzurg-i Islāmī, Vol. 3, no. 1001, Tehran. To be translated in Encyclopædia Islamica.
  2. Pingree 1982, p. 111.
  3. ^ Boyer, Carl B. (1991). "The Arabic Hegemony". A History of Mathematics (Second ed.). John Wiley & Sons, Inc. p. 234. ISBN 0-471-54397-7. The Algebra of al-Khwarizmi usually is regarded as the first work on the subject, but a recent publication in Turkey raises some questions about this. A manuscript of a work by 'Abd-al-Hamid ibn-Turk, entitled "Logical Necessities in Mixed Equations," was part of a book on Al-jabr wa'l muqabalah which was evidently very much the same as that by al-Khwarizmi and was published at about the same time – possibly even earlier. The surviving chapters on "Logical Necessities" give precisely the same type of geometric demonstration as al-Khwarizmi's Algebra and in one case the same illustrative example x + 21 = 10x. In one respect 'Abd-al-Hamad's exposition is more thorough than that of al-Khwarizmi for he gives geometric figures to prove that if the discriminant is negative, a quadratic equation has no solution. Similarities in the works of the two men and the systematic organization found in them seem to indicate that algebra in their day was not so recent a development as has usually been assumed. When textbooks with a conventional and well-ordered exposition appear simultaneously, a subject is likely to be considerably beyond the formative stage. ... Note the omission of Diophantus and Pappus, authors who evidently were not at first known in Arabia, although the Diophantine Arithmetica became familiar before the end of the tenth century.

Further reading

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