Būzjānī: Abū al-Wafā’ Muḥammad ibn Muḥammad ibn Yaḥyā al-Būzjānī

Florence, Ronald; Shore, Steven N.; Nitschelm, Christian; Williams, Thomas R.; Suresh, Raghini S.; Oliveira, Ednilson; Luminet, Jean‐Pierre; Waff, Craig B.; Marché, Jordan D.; Mietelski, Jan; Hurry, Robert J.; Takahashi, Hidemi; Langermann, Y. Tzvi; Sheehan, William; Trimble, Virginia; Lattis, James M.; Neri, Davide; Jarrell, Richard A.; Wlasuk, Peter; Šolc, Martin; Kokott, Wolfgang; Holmberg, Gustav; Hoffleit, Dorrit; Suzuki, Jeff; Kolak, Daniel; Verbrugghe, Gerald P.; Kilburn, Kevin J.; Hearnshaw, John; Lévy, Jacques; Trudel, Jean‐Louis; Kusuba, Takanori; McGown, Robert D.; Yano, Michio; Samsó, Julio; Milone, Eugene F.; Ogilvie, Marilyn Bailey; Saridakis, Voula; Kwan, Alistair; White, Raymond E.; Turner, Steven C.; Ten, Antonio E.; MacDonnell, Joseph F.; Hatch, Robert Alan; Varshni, Yatendra P.; Hirshfeld, Alan W.; Snedegar, Keith; Moesgaard, Kristian Peder; Walsh, Glenn A.; Holland, Julian; Whitesell, Patricia S.; Launay, Françoise; Knill, Oliver; Klima, Gyula; Gaukroger, Stephen; Dowd, Matthew F.; Barthalot, Raymonde; Catt, Patrick A.; Couteau, Paul; Cameron, Gary L.; Durham, Ian T.; Casulleras, Josep; Cayrel, Roger; Bolt, Marvin; Dalgarno, A.; Christie, Grant; Dalen, Benno van; Baum, Richard; Hall, Graham; Görz, Guenther; Bogdan, Thomas J.; Frommert, Hartmut; Baron, Edward; Broughton, Peter; Egeland, Alv; Elliott, Ian; Garstang, Roy H.; Gurshtein, Alexander A.; Gros, Monique; Abt, Helmut A.; Débarbat, Suzanne; Dollfus, Audouin; Balashov, Yuri; Dobbins, Thomas A.; Croarken, Mary; Fosmire, Michael; Gunn, Alastair G.; Hamel, Jürgen; Danielson, Dennis; DeKosky, Robert K.; Grillot, Solange; Batten, Alan H.; Hashemipour, Behnaz

doi:10.1007/978-1-4419-9917-7_223

Cited by 2 publications

(2 citation statements)

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“…(Maher, 1998) Al-Khwarizmi's approach of solving linear and quadratic equations worked by first reducing the equation to one of six standard forms (where b and c are positive integers) (Rosen, 1937) Abu al-Wafa is well-known globally for this, and he was the first to conduct detailed studies on the moon. (Hashemipour, 2014) The science of trigonometry as known today was established by Islamic mathematicians. One of the most important of these was the Persian scholar Abu'l-Wafa' Buzjani (d. 997 or 998), who wrote a work called the Almagest dealing mostly with trigonometry.…”

Section: -Influential Scientists Of the Islamic Golden Agementioning

confidence: 99%

Soltaniyeh and Santa Maria del Fiore: A historic relationship?

Moghaddasi

Hosseini

2022

Tercio Creciente

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As one of the earliest human innovations in the architecture of shells, the dome has undergone many changes. This article examines the theory of the Florence Cathedral's(Santa Maria del Fiore) inspiration from the Soltaniyeh Dome of Zanjan. The methodology employed in this research is comparative-descriptive using reliable historical and library sources. A comparative-historical study of 13 domes in Iran(Iranian plateau) and 13 domes in Italy(Eastern Rome Empire) over 2,000 years has examined the evolution of Iranian and Italian domes in terms of construction time and shape. In the next step, the sources that architectural experts have discussed the influence of the dome of Soltaniyeh in Zanjan on the dome of Santa Maria del Fiore have been reviewed. The influence of the golden age of Islam and the achievements of Muslim scholars on the European renaissance in mathematics and geometry has also been explored. The structural similarities, proportions and forms of these two domes show impressive results. It seems that according to historical sources and comparative studies conducted in this study, the dome of Soltaniyeh has a direct impact on the construction of the dome of Santa Maria del Fiore, and the theory first proposed by Professor Sanpaolesi (1972) is conclusive.

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Section: -Influential Scientists Of the Islamic Golden Agementioning

confidence: 99%

Soltaniyeh and Santa Maria del Fiore: A historic relationship?

Moghaddasi

Hosseini

2022

Tercio Creciente

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“…An outstanding scientist and teacher Abu-l-Wafa al-Buzjani (940-998) (Hashemipour, 2007) worked under the patronage of the Caliph in Baghdad. After the death of the caliph, he was invited by the Khwarizmshah to the Khwarizm state.…”

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confidence: 99%

Methods For Solving Market Problems By Scientists In Medieval Central Asia

Meyram¹

2021

European Proceedings of Social and Behavioural Sciences

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The development of mathematics in Central Asia is widely reflected in scientific research and popular science literature on the history of mathematics, and in periodicals, but there are no studies focused on the interaction between mathematical methods and market problems in medieval Central Asia. In order to reveal the evolution of the interaction between mathematical methods and market problems in medieval Central Asia and its conditions, historical analysis and theoretical analysis of philosophical, mathematical and methodological literature were employed in the study. The object of the study is the interaction between mathematical methods and market problems in the works by scientists of medieval Central Asia. The subject of the study is mathematical methods used to solve market problems. The periodization of the development of science in medieval Central Asia defined by the orientalist G. Sieter revealed the evolution of the interaction between mathematical methods and market problems and its conditions in medieval Central Asia. In the Middle Ages, the algebraic treatise by al-Khwarizmi Short book on the calculus of algebra and almukabala was a breakthrough scientific work in Central Asia. First, al-Khwarizmi, then al-Buzjani and al-Biruni used mathematical methods in their works to solve market problems. The results of the study reveal the evolution of the interaction between mathematical methods and market problems in medieval Central Asia and its conditions. The results are of relevance since they help fill the gap in the study of development of economic and mathematical methods in medieval Central Asia.

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Būzjānī: Abū al-Wafā’ Muḥammad ibn Muḥammad ibn Yaḥyā al-Būzjānī

Cited by 2 publications

References 5 publications

Soltaniyeh and Santa Maria del Fiore: A historic relationship?

Soltaniyeh and Santa Maria del Fiore: A historic relationship?

Methods For Solving Market Problems By Scientists In Medieval Central Asia

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