Knowra Science in the medieval Islamic world Science in the medieval Islamic world Scientific work in medieval Islamic societies developed through translation, observation, mathematical analysis, and debate across astronomy, medicine, mathematics, and natural philosophy.
Graeco-Arabic translation movement : The translation of Greek scientific and philosophical works into Arabic, especially from the eighth through tenth centuries. It brought foundational works into scholarly circulation and prompted commentary, revision, and new research.
Islamic astronomy : Astronomical observation, theory, and calculation practiced in Islamic societies, often drawing on Greek, Persian, and Indian traditions. Astronomy combined mathematical models with sustained observation and practical needs such as timekeeping.
Al-Khwarizmi : A ninth-century mathematician and astronomer whose works helped establish algebra and transmit Indian numerals. His algebraic treatise gave a lasting name and systematic form to a mathematical discipline.
Scientific method : A structured approach to investigating questions through observation, reasoning, measurement, and testing. Scholars used varied combinations of observation, experiment, mathematical proof, and textual criticism.
Latin translations of Arabic scientific works : Medieval translations of Arabic scientific and philosophical texts into Latin, especially from the eleventh through thirteenth centuries. These translations carried Arabic works and earlier Greek learning into European scholarly settings.
House of Wisdom : A scholarly institution associated with Abbasid Baghdad, linked to translation and the study of knowledge. Its Baghdad setting exemplifies the courtly institutions that supported scholarly work.
Islamic mathematics : Mathematical work in Islamic societies, including algebra, arithmetic, geometry, and trigonometry. Its advances supported astronomy and established influential methods in algebra and calculation.
Al-Biruni : An eleventh-century scholar who wrote on astronomy, mathematics, geography, history, and the cultures of India. His comparative and quantitative investigations exemplify broad, evidence-focused scholarship.
Experiment : A deliberate procedure that tests a claim by controlling or observing conditions and recording outcomes. Experimental investigations, especially in optics, helped assess explanations against observable effects.
Arabic numerals : The decimal positional numeral system transmitted to Europe through Arabic-language scholarship, ultimately originating in India. Its spread transformed calculation in regions that adopted it.
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