Journey through genius: the great theorems of mathematicsA rare combination of the historical, biographical, and mathematicalgenius, this book is a fascinating introduction to a neglected field of human creativity. Dunham places mathematical theorem, along with masterpieces of art, music, and literature and gives them the attention they deserve. 
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Review: Journey through Genius: The Great Theorems of Mathematics
User Review  Alyssa  GoodreadsBad habits die hard, so let's start with a quotation, shall we? Make it a double one, since in the book, it originally is a quotation already. (And, like I said, bad habits die hard, so this is ... Read full review
Review: Journey through Genius: The Great Theorems of Mathematics
User Review  Bob Woodley  GoodreadsThis book is a history of math, via the great theorems of math. So much fun. Readable anecdotes about the lives of the great mathematicians interspersed with lucid explanation of their greatest proofs ... Read full review
Contents
Hippocrates Quadrature of the Lune ca 440 b c  1 
Euclids Proof of the Pythagorean Theorem ca 300 b c  27 
Euclid and the Infinitude of Primes ca 300 B c  61 
Copyright  
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Common terms and phrases
appeared Archimedes argument binomial Book calculus Cantor's theorem Cardano Carl Friedrich Gauss century Chapter circle circle's circumference classical Common Notion compass and straightedge congruent construct continuum hypothesis course cube decimal place definition denumerable depressed cubic diameter discovery divides evenly divisor Elements Epilogue equal equation Euclid Euclidean Eudoxus excerpt fact factor Fauvel and Gray Fermat finite formula Gauss genius geometry Georg Cantor Greek harmonic series Heath Heron's Heron's formula Hippocrates infinite series inscribed instance irrationals Isaac Newton Jakob Johann Bernoulli Leibniz length Leonhard Euler likewise logical lune matching mathe mathematicians mathematics modern natural numbers nonEuclidean noted number theory onetoone correspondence parallel postulate Penguin perfect numbers plane polynomial problem proof Proposition proved Pythagorean theorem quadrature radius rational real numbers regular polygons result right angles right triangle segment semicircle sides simple solid solution solving sphere square straight line subset Tartaglia tion transfinite cardinal triangle's whole number