Omar Khayyam

Also known as Umar Khayyam, Ghiyath al-Din Omar

Islamic

Born 1048 CE, Nishapur

Died 1131 CE

Mathematician by day, poet of doubt by night. He solved cubic equations and asked what any of it was for.

Omar Khayyam reformed the Persian calendar to a precision Europe would not match for centuries and gave geometric solutions to cubic equations that anticipated later algebra. He is remembered just as much for the quatrains gathered as the Rubaiyat, where the same mind turns from certainty to wine, mortality, and the silence of the heavens. Be gentle with the moment, the poems say, for it will not return, and the wise grave and the foolish one look alike in the end. Faith and skepticism sit together in him without resolving, which is part of why he still speaks.

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Omar Khayyam traces cubic curves in sand beside a rose garden, stars wheeling over Nishapur as night falls.
The stars outlive the proof.

Places

Ideas

Words

Be happy for this moment. This moment is your life.

Works

Life & Moments

1048 CE

Born in Nishapur

Born in the Khorasan city of Nishapur, a center of Persian learning.

c. 1070 CE

Geometric Solutions to Cubics

Gave geometric methods for solving cubic equations, advancing algebra beyond what Greek mathematics had reached.

1079 CE

Reform of the Calendar

Led the reform of the Persian calendar to a precision Europe would not match for five centuries, while writing on algebra and verse.

1131 CE

Death in Nishapur

Died leaving both precise astronomy and the doubtful, mortal quatrains of the Rubaiyat.

Influence

Influenced by

  • Ibn Sinaan avowed follower

    Khayyam described himself as a student of Ibn Sina's philosophy, translated part of his work and defended his metaphysics, a side of him largely hidden behind the quatrains.

Influenced

  • Nasir al-Din al-Tusithe parallel postulate carried forward

    Al-Tusi took up Khayyam's attempt to prove Euclid's parallel postulate, and the chain of near-proofs the two advanced fed into the eventual recognition that the postulate is independent.