Qutb al-Din al-Shirazi Biography

13th and 14th-century Persian philosopher and scientist

Qotb al-Din Mahmoud b. Zia al-Din Mas'ud b. Mosleh Shirazi (1236–1311) (Persian: قطب‌الدین محمود بن ضیاالدین مسعود بن مصلح شیرازی) was a 13th-century Persian polymath and poet who made contributions to astronomy, mathematics, medicine, physics, music theory, philosophy and Sufism.


  • 1 Biography
  • 2 Works
    • 2.1 Mathematical
    • 2.2 Astronomy and Geography
    • 2.3 Philosophical
    • 2.4 Medicine
    • 2.5 Religion, Sufism, Theology, Law, Linguistics and Rhetoric and others
  • 3 See also
  • 4 References
  • 5 External links


He was born in Kazerun in October 1236 to a family with a tradition of Sufism. His father, Zia' al-Din Mas'ud Kazeruni was a physician by profession and also a leading Sufi of the Kazeruni order. Zia' Al-Din received his Kherqa (Sufi robe) from Shahab al-Din Omar Suhrawardi. Qutb al-Din was garbed by the Kherqa (Sufi robe) as blessing by his father at age of ten. Later on, he also received his own robe from the hands of Najib al-Din Bozgush Shirazni, a famous Sufi of the time. Quṭb al-Din began studying medicine under his father. His father practiced and taught medicine at the Mozaffari hospital in Shiraz. After the p*ing away of his father (when Qutb al-Din was 14), his uncle and other masters of the period trained him in medicine. He also studied the Qanun (the Canon) of the famous Persian scholar Avicenna and its commentaries. In particular he read the commentary of Fakhr al-Din Razi on the Canon of Medicine and Qutb al-Din raised many issues of his own. This led to his own decision to write his own commentary, where he resolved many of the issues in the company of Nasir al-Din al-Tusi.

Qutb al-Din lost his father at the age of fourteen and replaced him as the ophthalmologist at the Mozaffari hospital in Shiraz. At the same time, he pursued his education under his uncle Kamal al-Din Abu'l Khayr and then Sharaf al-Din Zaki Bushkani, and Shams al-Din Mohammad Kishi. All three were expert teachers of the Canon of Avicenna. He quit his medical profession ten years later and began to devote his time to further education under the guidance of Nasir al-Din al-Tusi. When Nasir al-Din al-Tusi, the renowned scholar-vizier of the Mongol Holagu Khan established the observatory of Maragha, Qutb al-Din Shirazi became attracted to the city. He left Shiraz sometime after 1260 and was in Maragha about 1262. In Maragha, Qutb al-din resumed his education under Nasir al-Din al-Tusi, with whom he studied the al-Esharat wa'l-Tanbihat of Avicenna. He discussed with al-Tusi the difficulties he had understanding the first book of the Canon of Avicenna. While working in the new observatory, he studied astronomy under al-Tusi. One of the important scientific projects was the completion of the new astronomical table (zij). In his testament (Wasiya), al-Tusi advises his son ṣil-a-Din to work with Qutb al-Din in the completion of the Zij.

Qutb-al-Din's stay in Maragha was short. Subsequently, he traveled to Khorasan in the company of al-Tusi where he stayed to study under Najm al-Din Katebi Qazvini in the town of Jovayn and become his *istant. Some time after 1268, he journeyed to Qazvin, Isfahan, Baghdad and later Konya in Anatolia. This was a time when the Persian poet Jalal al-Din Muhammad Balkhi (Rumi) was gaining fame there and it is reported that Qutb al-Din also met him. In Konya, he studied the Jam'e al-Osul of Ibn Al-Athir with Sadr al-Din Qunawi. The governor of Konya, Mo'in al-Din Parvana appointed him as the judge of Sivas and Malatya. It was during this time that he compiled the books the Meftāḥ al-meftāh, Ekhtiārāt al-moẓaffariya, and his commentary on Sakkāki. In the year 1282, he was envoy on behalf of the Ilkhanid Ahmad Takudar to Sayf al-Din Qalawun, the Mamluk ruler of Egypt. In his letter to Qalawun, the Ilkhanid ruler mentions Qutb al-Din as the chief judge. Qutb al-Din during this time collected various critiques and commentaries on Avicenna's Canon and used them on his commentary on the Kolliyāt. The last part of Qutb al-Din's active career was teaching the Canon of Avicenna and the Shefa of Avicenna in Syria. He soon left for Tabriz after that and died shortly after. He was buried in the Čarandāb cemetery of the city.

Shirazi identified observations by the scholar Avicenna in the 11th century and Ibn Bajjah in the 12th century as transits of Venus and Mercury. However, Ibn Bajjah cannot have observed a transit of Venus, as none occurred in his lifetime.

Qutb al-Din had an insatiable desire for learning, which is evidenced by the twenty-four years he spent studying with masters of the time in order to write his commentary on the Kolliyāt. He was also distinguished by his extensive breadth of knowledge, a clever sense of humor and indiscriminate generosity. He was also a master chess player and played the musical instrument known as the Rabab, a favorite instrument of the Persian poet Rumi.



  • Tarjoma-ye Taḥrir-e Oqlides a work on geometry in Persian in fifteen chapters containing mainly the translation of the work of Nasir al-Din Tusi, completed in November 1282 and dedicated to Moʿin-al-Din Solaymān Parvāna.
  • Risala fi Harkat al-Daraja a work on Mathematics

Astronomy and Geography

a m*cript copy of Shirazi's al-Tuhfa al-Shahiya, 15th century
  • Eḵtiārāt-e moẓaffari It is a treatise on astronomy in Persian in four chapters and extracted from his other work Nehāyat al-edrāk. The work was dedicated to Mozaffar-al-Din Bulaq Arsalan.
  • Fi ḥarakāt al-dahraja wa’l-nesba bayn al-mostawi wa’l-monḥani a written as an appendix to Nehāyat al-edrāk
  • Nehāyat al-edrāk - The Limit of Accomplishment concerning Knowledge of the Heavens (Nehāyat al-edrāk fi dirayat al-aflak) completed in 1281, and The Royal Present (Al-Tuhfat al-Shahiya) completed in 1284. Both presented his models for planetary motion, improving on Ptolemy's principles. In his The Limit of Accomplishment concerning Knowledge of the Heavens, he also discussed the possibility of heliocentrism.
  • Ketāb faʿalta wa lā talom fi’l-hayʾa, an Arabic work on astronomy, written for Aṣil-al-Din, son of Nasir al-Din Tusi
  • Šarḥ Taḏkera naṣiriya on astronomy.
  • Al-Tuḥfa al-šāhiya fi’l-hayʾa, an Arabic book on astronomy, having four chapters, written for Moḥammad b. Ṣadr-al-Saʿid, known as Tāj-al-Eslām Amiršāh
  • *Ḥall moškelāt al-Majesṭi a book on astronomy, *led Ḥall moškelāt al-Majesṭi


  • Dorrat al-tāj fi ḡorrat al-dabbāj Qutb al-Din al-Shirazi's most famous work is the Pearly Crown (Durrat al-taj li-ghurrat al-Dabbāj), written in Persian around AD 1306 (705 AH). It is an Encyclopedic work on philosophy written for Rostam Dabbāj, the ruler of the Iranian land of Gilan. It includes philosophical outlook on natural sciences, theology, logic, public affairs, ethics, mysticism, astronomy, mathematics, arithmetic and music.
  • Šarḥ Ḥekmat al-ešrāq Šayḵ Šehāb-al-Din Sohravardi, on philosophy and mysticism of Shahab al-Din Suhrawardi and his philosophy of illumination in Arabic.


  • Al-Tuḥfat al-saʿdiyah also called Nuzhat al-ḥukamāʾ wa rawżat al-aṭibbāʾ, on medicine, a comprehensive commentary in five volumes on the Kolliyāt of the Canon of Avicenna written in Arabic.
  • Risāla fi’l-baraṣ, a medical treatise on leprosy in Arabic
  • Risāla fi bayān al-ḥājat ila’l-ṭibb wa ādāb al-aṭibbāʾ wa waṣāyā-hum

Religion, Sufism, Theology, Law, Linguistics and Rhetoric and others

  • Al-Enteṣāf a gloss in Arabic on Zamakhshari's Qurʾan commentary, al-Kaššāf.
  • Fatḥ al-mannān fi tafsir al-Qorʾān a comprehensive commentary on the Qurʾan in forty volumes, written in Arabic and also known by the *le Tafsir ʿallāmi
  • Ḥāšia bar Ḥekmat al-ʿayn on theology; it is a commentary of Ḥekmat al-ʿayn of Najm-al-Din ʿAli Dabirān Kātebi
  • Moškelāt al-eʿrāb on Arabic syntax
  • Moškelāt al-tafāsir or Moškelāt al-Qorʾān, on rhetoric
  • Meftāḥ al-meftāhá, a commentary on the third section of the Meftāḥ al-ʿolum, a book on Arabic grammar and rhetoric by Abu Yaʿqub Seraj-al-Din Yusof Skkaki Khwarizmi
  • Šarḥ Moḵtaṣar al-oṣul Ebn Ḥājeb, a commentary on Ebn Ḥājeb's Montaha’l-soʾāl wa’l-ʿamal fi ʿelmay al-oṣul wa’l-jadwal, a book on the sources of law according to the Maliki school of thought
  • Sazāvār-e Efteḵā, Moḥammad-ʿAli Modarres attributes a book by this *le to Quṭb-al-Din, without providing any information about its content
  • Tāj al-ʿolum A book attributed to him by Zerekli
  • al-Tabṣera A book attributed to him by Zerekli
  • A book on ethnics and poetry, Quṭb-al-Din is also credited with the authorship of a book on ethics in Persian, written for Malek ʿEzz-al-Din, the ruler of Shiraz. He also wrote poetry but apparently did not leave a divan (a book of poems)
Shirazi's Tomb in Tabriz, Charandab

Qutb al-Din was also a Sufi from a family of Sufis in Shiraz. He is famous for the commentary on Hikmat al-ishraq of Suhrawardi, the most influential work of Islamic Illuminist philosophy.

See also

  • Poetry portal
  • List of Iranian scientists
  • List of Persian poets and authors
  • Persian literature


    External links

    • Ragep, F. Jamil (2007). "Shīrāzī: Quṭb al‐Dīn Maḥmūd ibn Masʿūd Muṣliḥ al‐Shīrāzī". In Thomas Hockey; et:al. (eds.). The Biographical Encyclopedia of Astronomers. New York: Springer. pp.:1054–5. ISBN:978-0-387-31022-0. (PDF version)
    • Nasr, Seyyed Hossein (2008) . "Quṭb Al-Dīn Al-Shīrāzī". Complete Dictionary of Scientific Biography. Encyclopedia.com.
    • Web page that talks about al-Shīrāzī writing music with notation.
    • The Compendious Book on Calculation by Completion and Balancing
    • De Gradibus
    • Principles of Hindu Reckoning
    • Book of Optics
    • The Book of Healing
    • Almanac
    • Encyclopedia of the Brethren of Purity
    • Toledan Tables
    • Tabula Rogeriana
    • Zij
    • Alhazen's problem
    • Islamic geometric patterns
    • Al-Azhar University
    • Al-Mustansiriya University
    • House of Knowledge
    • House of Wisdom
    • Constantinople observatory of Taqi ad-Din
    • Madrasa
    • Maragheh observatory
    • University of al-Qarawiyyin
    • Babylonian mathematics
    • Greek mathematics
    • Indian mathematics
    • Byzantine mathematics
    • European mathematics
    • Indian mathematics
    • Hindu–Arabic numeral system
    • Arabic numerals (Eastern Arabic numerals, Western Arabic numerals)
    • Trigonometric functions
    • History of trigonometry
    • History of algebra
    • Alidade
    • *og computer
    • Aperture
    • Armillary sphere
    • Astrolabe
    • Astronomical clock
    • Celestial globe
    • Comp*
    • Comp* rose
    • Dioptra
    • Equatorial ring
    • Equatorium
    • Globe
    • Graph paper
    • Magnifying gl*
    • Mural instrument
    • Navigational astrolabe
    • Nebula
    • Octant
    • Planisphere
    • Quadrant
    • Sextant
    • Shadow square
    • Sundial
    • Schema for horizontal sundials
    • Triquetrum
    • 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
    • Al-Azhar University
    • House of Knowledge
    • House of Wisdom
    • University of al-Qarawiyyin
    • Observatories
      • Constantinople (Taqi al-Din)
      • Maragheh
      • Samarkand (Ulugh Beg)
    • Babylonian astronomy
    • Egyptian astronomy
    • Hellenistic astronomy
    • Indian astronomy
    • Byzantine science
    • Chinese astronomy
    • Medieval European science
    • Indian astronomy
    • Ophthalmology
    • Psychology
    • Al-Risalah al-Dhahabiah
    • The Canon of Medicine
    • Tacuinum Sanitatis
    • Anatomy Charts of the Arabs
    • The Book of Healing
    • Book of the Ten Treatises of the Eye
    • De Gradibus
    • Al-Tasrif
    • Zakhireye Khwarazmshahi
    • Adab al-Tabib
    • Kamel al-Sanaat al-Tibbyya
    • Al-Hawi
    • Commentary on Anatomy in Avicenna's Canon
    • Lives of the Physicians
    • Al-'Adudi Hospital
    • Bimarestan
    • Nur al-Din Bimaristan
    • Ancient Greek medicine
    • Ancient Iranian medicine
    • Ayurveda
    • Ibn Sina Academy
    • Learned medicine
    • Medical Renaissance
    • Medieval medicine
    • Tuways
    • Na*
    • Sa'ib Khathir
    • Ibn Misjaḥ
    • al-Gharid
    • Hunain al-Hiri
    • Algharid
    • Ibn Surayj
    • Ma'bad
    • Yunus al-Katib al-Mughanni
    • Ibn Muhriz
    • Malik al-Ta'i
    • Siyat
    • Ibn Jami
    • Ibrahim al-Mawsili
    • Ulayya bint al-Mahdi
    • Yaḥya al-Makki
    • Ibrahim ibn al-Mahdi
    • Mansour Zalzal
    • Mukhariq
    • Ishaq al-Mawsili
    • Allawayh al-Asar
    • Amr ibn Banah
    • Jahzah
    • Ibn al-Tahhan
    • Al-Kindi
    • Al-Sarakhsi
    • Al-Farabi
    • Ziryab
    • Avicenna
    • Abu al-Faraj al-Isfahani
    • Avempace
    • Safi al-Din al-Urmawi
    • Qutb al-Din al-Shirazi
    • Ibn Kurr
    • Abu Ahmad Monajjem
    • Kitab al-Aghani
    • Kitab al-Musiqa al-Kabir
    • Islamic Golden Age
    Qutb al-Din al-Shirazi