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11 - PERSIAN SCIENCE IN SAFAVID TIMES

Published online by Cambridge University Press:  28 March 2008

Peter Jackson
Affiliation:
Keele University
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Summary

One of the most distinguished European travellers drawn to Persia in Safavid times, Sir John Chardin, records a native saying in these terms: “Le doute est le commencement de la science; qui ne doute de rien n'examine rien, qui n'examine rien ne découvre rien, qui ne découvre rien est aveugle et demeure aveugle”. And he goes on to place both Persian and Chinese science next to that of Europe in achievement, qualifying his statement by adding that certain theorems which are regarded as new in the West are, in fact, to be found in the Persian and Arab books. But Chardin was impressed by the legacy of the past, for Islamic science, which had a strong Persian element, reached its zenith with Ibn Sīnā, al-Bīrūnī, 'Umar Khayyām, al-Khāzinī, and al-Tūsī, and, apart from a late burst of activity in Timurid times attributable to Ulugh Beg and his school, was then in decline. Medicine alone continued to make new advances.

There are, nevertheless, several influences which go to make this period in the history of science one of peculiar interest. Persia was a place of exchanges in ideas rather than a focus of original discovery. The protracted and bitter struggle between the Safavid monarchs and the Ottoman Turks, in the course of which the Persians became familiar with embassies from European courts, and Anthony Sherley is said to have suggested to Shah 'Abbās I an alliance with the Christian powers, not only generated an interest in technology, for the shah's armies were initially deficient in the heavier weapons of war; it also enabled Persia to know something of the scientific revolution which was gaining in momentum and influence in western Europe.

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Publisher: Cambridge University Press
Print publication year: 1986

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References

A Chronicle of the Carmelites.
Aga-Oğlu, M.Two Astrolabes of the late Ṣafavid period”, Bulletin of the Museum of Fine Arts, Boston XLV (1947).Google Scholar
'Ain al-Mulk, Nūr al-Dīn Muḥammad 'Abd-Allāh b. ḥakīm Alfāz al-adviya, ed. and trans. Gladwin, . Calcutta, 1793.Google Scholar
al-Ṣūfī, Abu'l-ḥusain 'Abd al-Raḥmān. Suwar al-kawākib, ed. with introductions by Nizamuddin, M. and Winter, H. J. J.. Hyderabad, Deccan, 1954.Google Scholar
al-‘Āmilī, Bahā’ al-Dīn Muḥammad b. ḥusain. Khulā⊡at al-ḥisāb. Tehran, 1316/1898–9.Google Scholar
Bagrow, L. History of Cartography. London, 1964.Google Scholar
Banākatī, Fakhr al-Dīn Abū Sulaimān Dā' ūd. Raużat ūlī'l-albāb, eighth qism ed. Müller, Andreas , Abdallae Beidavaei Historia Sinensis. Berlin, 1677.Google Scholar
Bowen, H. , British Contributions to Turkish Studies (London, 1954)Google Scholar
Browne, E. G. Arabian Medicine. Cambridge, 1921.Google Scholar
Chaghtai, A.A Family of great Mughal architects”, Islamic Culture (Hyderabad) XI/2 (1937).Google Scholar
Chaghtai, A.Indian Links with Central Asia in Architecture”, in Indian Art and Letters XI/2 (London, 1937)Google Scholar
Chardin, . (references also to incomplete trans, by Lloyd, E. , Sir John Chardin's Travels in Persia, 2 vols. London, 1720.)Google Scholar
Chelebī, Kātib (ḥājjī Khalīfa). Jihān-numā, ed. with additions by Istanbul, Abū Bekr b. Bahrām al-Dimashqī. , 1144/1731–2.Google Scholar
Christie's, , London, Catalogue, 10 Nov 1964 Google Scholar
Don Juan, , trans. Le Strange, .
Du Mans, .
Elgood, C. A Medical History of Persia and the Eastern Caliphate. Cambridge, 1951.Google Scholar
Elgood, C. Ṣafavid Medical Practice, 1500–1700 A.D. London, 1970.Google Scholar
Fryer, .
“Gaur-i Amir”, (pseud.). “The Mosques of Samarkand”, ibid.
Greaves, John. Insigniorum aliquot stellarum longitudinis et latitudinis, ex astronomicis observationibus Ulug Beigi, Tamerlanis magni nepotis, Oxford, 1648.Google Scholar
Greaves, John. Binae tabulae geographicae; una Nassir Eddini Persae, altera ulug Beigi Tatari; commentariis ex Abulfeda aliisque Arabum geographis illustratae. London, 1648, 1652; Oxford, 1712, in Hudson, , Geographiae veteris scriptores Graeci minores III. The commentarii were never printed.Google Scholar
Greaves, John. Astronomica quaedam, ex traditione Shah Cholgii Persae, una cum hypothesibus planetarum: item excerpta quaedam ex Alfergani elementis astronomicis, et Ali Kustigii de terra magnitudine et sphaerarum coelestium a terra distentiis: cum interpretatione Latina. London, 1652 (appeared added to Binae tabulae above).Google Scholar
Greaves, John. The above three works are listed as published in Ward, p. 149, who gives as unpublished:
Greaves, John. Tabulae integrae longitudinis et latitudinis stellarum fixarum, juxta Ulug Beigi observations. See also Hyde.
Gunther, R. T. The Astrolabes of the World. Oxford, 1932.Google Scholar
Hakluyt, , Principal Navigations.
Hartner, W.The Principle and Use of the Astrolabe”, in A. Survey of Persian Art, ed. Pope, A.U. and Ackerman, P. , etc. (as vol. III)
Herbert, Thomas. Travels in Persia.
Herbert, , Travels in Persia.
Hirschberg, J. Geschichte der Augenheilkunde. Berlin, 1899–1918.Google Scholar
Hunter, W.Account of the astronomical labours of Jaya Sinha, Rajah of Ambhera, or Jayanagar”, in Asiatic Researches V (London, 1799).Google Scholar
Hyde, Thomas. Tabulae longitudinis et latitudinis stellarum fixarum. Oxford, 1665.Google Scholar
,Imperial Archaeological Commission. Les Mosquées de Samarcande–Le Gur Amir. St Petersburg, 1905.
Jenkinson, , Early Voyages.
Josten, C. H. Catalogue of Scientific Instruments from the 13th to the 19th centuries. From the collection of J. A. Billmeir, C.B.E., exhibited by the Museum of the History of Science, Oxford. London, 1954.Google Scholar
Juan, Don , trans. Le Strange, .
Kahle, P.China as described by Turkish Geographers from Iranian Sources”, Proc. Iran Society II (London, 1940).Google Scholar
Kaye, G. R.The Astronomical Observatories of Jai Singh”, Archaeological Survey of India, New Imperial Series, XL (Calcutta, 1918).Google Scholar
Kennedy, E. S.The Chinese-Uighur Calendar as Described in the Islamic Sources”, Isis LV (1964).Google Scholar
Kennedy, E. S.A Fifteenth Century Planetary Computer”, Isis XLI/2 (1950); XLIII (1952).Google Scholar
Kennedy, E. S.A mediaeval interpolation scheme using second order differences”, in A Locust's Leg. Studies in honour of S. H. Taqizadeh, ed. Henning, W. B. and Yarshater, E. (London, 1962)Google Scholar
Khaljī, . See Greaves.
Kharegat, M. P. Astrolabes, ed. Kapadia, D. D.. Bombay, 1950.Google Scholar
Līlāwatī. Calcutta, 1827.
Lockhart, L. The Fall
Lockhart, , The Fall.
Luṭf – Allāh, Muhandis”. See al-Sūfī.
Maddison, F. R. Supplement to Josten (above). Oxford-London, 1957.
Mayer, L. A. Islamic Astrolabists and their works. Geneva, 1956.Google Scholar
Michel, H. Traité de l'astrolabe. Paris, 1947.Google Scholar
Minorsky, , Tadhkirat al-Mulūk.
Morley, W. H. , Description of a Planispheric Astrolabe constructed for Shāh Sultān Husain Safawī, King of Persia, and now preserved in the British Museum (London, 1856). GuntherGoogle Scholar
Needham, J. Chinese Astronomy and the Jesuit Mission: an encounter of cultures. London, 1958.Google Scholar
Osipov, M. , “Astrolabiya planisfera ili persidsko-arabskaya astrolabiya”, Protokoly zasedanii i soobsbchtniya cblenov Turkestanskogo kruzbka lyubittleî arkheologii (Tashkent, 1910)Google Scholar
Price, D. J.An International Checklist of Astrolabes”, Archives Internationales d'histoire des Sciences, nos. 32–3 (Paris, 1955).Google Scholar
Purchas, .
Reis, Piri. Piri Re'is Bahrije, ed. Kahle, P. , 2 vols. Berlin and Leipzig, 1926.Google Scholar
Rosedale, H. G. , Queen Elizabeth and the Levant Company (London, 1904)Google Scholar
Ross, E. Denison Sir. Sir Anthony Sherley and his Persian adventure. London, 1933 (Broadway Travellers).Google Scholar
Savory, R. M.The Sherley Myth”, Iran V (1967).Google Scholar
Sayili, Aydin , The Observatory in Islam. Ankara, 1960.Google Scholar
Sayili, Aydin , “'Alâ al-Dîn al-Man⊡ûr's poems on the Istanbul observatory”, Belleten XX (1956).Google Scholar
Sayili, Aydin , “Tycho Brahe sistemi hakkinda XVII. asir baslarina ait Farsça bir yazma”, Anatolia III (1958); English version, “An early seventeenth-century Persian Manuscript on the Tychonic systemGoogle Scholar
Sayili, Aydin , “Islam and the Rise of the Seventeenth Century Science”, Belleten XXII (1958).Google Scholar
Sédillot, L. A.Description d'un astrolabe construit par Abd-ul-Aïma, ingénieur et astronome persan”, Annales de l'Observatoire Impérial de Paris, Mémoires IX (1868).Google Scholar
Seemann, H. J.Die Instrumente der Sternwarte zu Marāgha”, Sitzungsberichte der phys.-med. Sozietät LX (Erlangen, 1928), 17.Google Scholar
Sotheby, , Catalogue, 15 July 1963, item 186
Stoefflerin, Johannes. Elucidatio fabricae ususque astrolabii a Johanne Stoefflerino Justingensi, viro Germano et totius sphaeriae doctissimo nuper ingeniose concinnata atque in lucem edita. Oppehemii, 1513.Google Scholar
Storey, , Storey, C.A. , Persian Literature: a bio-bibliographical survey, 2 vols in 5 parts so far. London, 1927—. Trans. Trans. Bregel', Yu. E. , Persidskaya Literatura, 3 vols. Moscow, 1972 II.Google Scholar
Strachey, E. Bija Ganita: or the Algebra of the Hindus. London, 1813.Google Scholar
Taeschner, F.Das Hauptwerk der geographischen Literatur der Osmanen, Kātib Čelebi's Gihānnumā”, Imago Mundi I (1935).Google Scholar
Tekeli, S.Nasirüddin, Takiyüddin ve Tycho Brahe'nin Rasat Aletlerinnin Mukayesesi”, Ankara Üniversitesi Dil ve Tarih-Coğrafya Fakültesi Dergisi XVI/3–4 (1958), with English summaryGoogle Scholar
Lockhart. The Fall.
Ward, John. The Lives of the Professors of Gresham College. London, 1740.Google Scholar
Willis, Thomas. Pharmaceuticae Rationalis: sive Diatriba de Medicamentorum Operationibus in Humano Corpore. London, 1674; Pars secunda. Oxford, 1675.Google Scholar
Winter, H. J. J.The Arabic Optical MSS in the British Isles”, Centaurus V/I (Copenhagen, 1956).Google Scholar
Winter, H. J. J.The Muslim tradition in astronomy”, Endeavour X (1951).Google Scholar
Winter, H. J. J., and Mirza, Arshad. “Concerning the Persian version of Līlāvatī”, Journal of the Asiatic Society of Bengal (Calcutta) Science 3rd series XVIII (1952).Google Scholar

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