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Review of In Pursuit of the Traveling SalesmanReview of Cook's text which discusses the history and computational progress of the traveling salesman problem. Read more Review of L'algebre au temps de Babylone: Quand les mathematiques s'ecrivaient sur de l'argile[Translation of title: Algebra in the Time of Babylon. When Mathematics Were Written on Clay.] A thorough review of Jens Hoyrup's revision, expansion, and French translation of his own 1998 book for Danish high-school students. Read more Review of The Genesis of Science: The Story of Greek ImaginationReview of Bertram's text on the history of Greek science. Read more Review of The Chinese Roots of Linear AlgebraAn excellent and careful study of matrix methods for solving systems of linear equations in first century China. Read more Review of Eratosthenes' GeographyAn English translation of Eratosthenes' Geography, which includes "On the Measurement of the Earth." Read more Problem from another time...
Brazen LionI am a brazen lion; my spouts are my 2 eyes, my mouth, and the flat of my foot. My right eye fills a jar in 2 days, my left eye in 3, and my foot in 4. |
Loci: ConvergenceWelcome to Convergence! This section of Loci offers a wealth of resources to help you teach mathematics using its history. Please check back regularly for new articles, browse our archived articles in What's in Convergence?, and visit our newest feature, Who's That Mathematician? The Paul R. Halmos Photograph Collection. Make MAA Loci: Convergence your source for mathematics history and its use in teaching! Convergence editors: Janet Beery, Kathy Clark
Today's Quotation
A mathematician, like a painter or a poet, is a maker of patterns. If his patterns are more permanent than theirs, it is because they are made with ideas. . . . The mathematician's patterns, like the painter's or the poet's, must be beautiful; the ideas, like the colors or the words, must fit together in a harmonious way. Beauty is the first test; there is no permanent place in the world for ugly mathematics. G. H. Hardy Mathematical Treasures
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