astro.wikisort.org - ResearcherJamal ad-Din Muḥammad ibn Ṭāhir ibn Muḥammad al‐Zaydī al‐Bukhārī (variously transcribed Jamal ud-Din, Jamal al-Din (lit. Beauty of Faith), etc., Chinese name Zhamaluding) was a 13th-century Persian[2][3][4] astronomer. Originally from Bukhara, he entered the service of Kublai Khan around the 1250s to set up an Islamic Astronomical Bureau in his new capital Beijing, to operate in parallel with the traditional Chinese bureau.[5] Kublai Khan thus maintained the bureaucratic structure, but allowed Chinese observations and predictions to be checked by respected Muslim scholars.
He is credited with having taken seven astronomical instruments to Kublai Khan, as a present from Hulagu Khan including a Persian astrolabe, a globe and an armillary sphere, in 1267.[6][7] This is the earliest known reference to a spherical terrestrial globe of the Earth in Chinese astronomy.[8][9]
He is associated with a zij in Persian which has been lost but was translated into Chinese in 1383 by Ma‐shayihei with the title Huihuilifa (Islamic calendar). This contained Ptolemaic tables based on new values and adjusted to Beijing and has been reconstructed in recent years.[10]
In general, the activity of the Islamic Astronomical Bureau didn't make much difference to Chinese astronomy.[11] However Guo Shoujing[12] did evidently gain the idea of the torquetum from him (which he didn't bring), and produced a simplified version which omitted ecliptic coordinates which were not used in China.[13]
In 1286 he carried out a large-scale survey of the Yuan empire which was produced in 755 volumes as the Dayitongzh. All but the introduction of this has been lost.[14]
See also
Notes
- Zhu & Fuchs 1946, p. 3
- Liu Yingsheng & Peter Jackson. "CHINESE-IRANIAN RELATIONS iii. Mongol Period – Encyclopaedia Iranica". www.iranicaonline.org. Encyclopedia Iranica. Retrieved 11 February 2017.
A Persian astronomer named Jamāl-al-Dīn Boḵārī, who had already visited China in the time of Möngke...
- Selin, Hrsg. H. (2006). Encyclopaedia of the History of Science, Technology, and Medicine in Non-Western Cultures (2nd ed.). Berlin: Springer Netherland. p. 1143. ISBN 978-1-4020-4559-2.
- Morris Rossabi (28 November 2014). From Yuan to Modern China and Mongolia: The Writings of Morris Rossabi. BRILL. pp. 229–. ISBN 978-90-04-28529-3.
- van Dalen 2007
- Zhu & Fuchs 1946, p. 4
- Morris Rossabi (28 November 2014). From Yuan to Modern China and Mongolia: The Writings of Morris Rossabi. BRILL. pp. 281–. ISBN 978-90-04-28529-3.
- David Woodward (1989), "The Image of the Spherical Earth", Perspecta, MIT Press, 25: 3–15 [9], doi:10.2307/1567135, JSTOR 1567135
-
Needham, Joseph (1959), Science and Civilisation in China, vol. 3, p. 376
- van Dalen 2007
- Katherine Bracher; Richard A. Jarrell; Jordan D. Marche II; F. Jamil Ragep, eds. (2007). "Zhamaluding". Biographical Encyclopedia of Astronomers. Springer. p. 1262. ISBN 9780387304007.
- Morris Rossabi (28 November 2014). From Yuan to Modern China and Mongolia: The Writings of Morris Rossabi. BRILL. pp. 282–. ISBN 978-90-04-28529-3.
- Needham 1959, p. 375
- van Dalen 2007
References
Astronomy in the medieval Islamic world |
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Topics |
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Works |
- Arabic star names
- Islamic calendar
- Aja'ib al-Makhluqat
- Encyclopedia of the Brethren of Purity
- Tabula Rogeriana
- The Book of Healing
- The Remaining Signs of Past Centuries
| Zij | |
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Instruments |
- Alidade
- Analog computer
- Aperture
- Armillary sphere
- Astrolabe
- Astronomical clock
- Celestial globe
- Compass
- Compass rose
- Dioptra
- Equatorial ring
- Equatorium
- Globe
- Graph paper
- Magnifying glass
- Mural instrument
- Navigational astrolabe
- Nebula
- Octant
- Planisphere
- Quadrant
- Sextant
- Shadow square
- Sundial
- Schema for horizontal sundials
- Triquetrum
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Concepts |
- Almucantar
- Apogee
- Astrology
- Astrophysics
- Axial tilt
- Azimuth
- Celestial mechanics
- Celestial spheres
- Circular orbit
- Deferent and epicycle
- Earth's rotation
- Eccentricity
- Ecliptic
- Elliptic orbit
- Equant
- Galaxy
- Geocentrism
- Gravitational energy
- Gravity
- Heliocentrism
- Inertia
- Islamic cosmology
- Moonlight
- Multiverse
- Muwaqqit
- Obliquity
- Parallax
- Precession
- Qibla
- Salah times
- Specific gravity
- Spherical Earth
- Sublunary sphere
- Sunlight
- Supernova
- Temporal finitism
- Trepidation
- Triangulation
- Tusi couple
- Universe
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Institutions |
- Al-Azhar University
- House of Knowledge
- House of Wisdom
- University of al-Qarawiyyin
- Observatories
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Influences |
- Babylonian astronomy
- Egyptian astronomy
- Hellenistic astronomy
- Indian astronomy
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Influenced |
- Byzantine science
- Chinese astronomy
- Medieval European science
- Indian astronomy
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На других языках
- [en] Jamal ad-Din Bukhari
[es] Jamal ad-Din (astrónomo)
Jamal Ad-Din Muḥammad ibn Ṭāhir ibn Muḥammad al‐Zaydī al‐Bukhārī (también transcrito como ud-Din, Jamal al-Din (literalmente, Belleza de la Fe); nombre chino Zhamaluding) fue un astrónomo persa del siglo XIII.[1][2][3]
[ru] Джамал ад-Дин Бухари
Джамал ад-Дин Мухаммад ибн Тахир ибн Мухаммад аз-Зайди аль-Бухари (иногда транскрибируется Джамал уд-Дин, Джамал ад-Дин (букв. красота веры) и т.д., китайское имя — 扎馬魯丁[1], Zhamaluding) — персидский[2][3][4] астроном XIII века. Родом из Бухары, он поступил на службу к Хубилай-хану примерно в 1250-х годах, чтобы основать Исламское астрономическое бюро в его новой столице Пекине, которое действовало параллельно с традиционным китайским бюро[5]. Таким образом, Хубилай-хан сохранил бюрократическую структуру, но позволил уважаемым мусульманским учёным проверить китайские наблюдения и предсказания.
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