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Posters |
| Presentation of the exhibition |
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| General map |
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| Timeline |
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| Conclusion and partners | | | | | | |
| How the numerals travelled around the Mediterranean |
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| Writing numbers |
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| Multiplication around the Mediterranean |
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| Mathematics in Occitania |
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| A Babylonian tablet: IM 55357 |
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| Archimedes: the origins of calculus |
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| The Mediterranean origins of trigonometry |
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| Aristarchus and Eratosthenes: measuring Earth and Heaven |
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| Measuring instruments |
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| • Arbalestrille |
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| • Astrolabe |
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| • Geometric square |
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| • Graphometer |
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| • Trigometer |
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| Pytheas measures the obliquity of the ecliptic plane |
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| Stories of spheres |
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| The early days of astronomy in the Mediterranean |
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| Greek astronomy - philosophical and geometrical |
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| Arabic and Persian astronomy - mathematical and religious |
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| Galileo - a new dimension to the observation of the Heavens |
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| Plato's five solids |
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| The three great problems of Antiquity |
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| The adventure of conics |
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| Perspective geometry |
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| Tilings |
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| A founding text of mathematics, Euclid's elements |
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| Routes taken by Euclid's elements |
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| Euclid's map | | |
| Greece, birthplace of mathematical proof |
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| Algebra ... before letters |
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| Diophantus of Alexandria, the father of algebra? |
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| Arabic algebra |
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| Meeting the Italian algebraists, Cardan and Tartaglia |
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| At the origin of modern science, Galileo |
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| The modern circulation of knowledge, Gergonne.s Annals |
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