The Mathematical Universe: An Alphabetical Journey Through the Great Proofs, Problems, and Personalities'If you want to encourage anyone's interest in math, get them The Mathematical Universe...it is enchanting to read. 'New Scientist'A fascinating collection of essays that touch every facet of the history of mathematics, this is sure to be one of the largest of the crown jewels of popular mathematics.'Journal of Recreational MathematicsNow in paper!This engaging excursion from the acclaimed author of Journey Through Genius offers a rare profile of the great proofs, conundrums, disputes, and solutions that have shaped the world of mathematics. Alphabetically arranged from Arithmetic to Zero, this tour chances upon everything from the antics of the battling Bernoulli brothers to the wonders of Fibonacci series to the quandry of Russell's Paradox.A Book of the Month Club, Quality Paperback, and History Book Club selectionWILLIAM DUNHAM, PhD, (Allentown, Pennsylvania) teaches math at Muhlenberg College. He is the author of Journey Through Genius (Wiley). 
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Review: The Mathematical Universe: An Alphabetical Journey Through the Great Proofs, Problems, and Personalities
User Review  Jianliang  GoodreadsVery inspiring. Read full review
Review: The Mathematical Universe: An Alphabetical Journey Through the Great Proofs, Problems, and Personalities
User Review  Emma  GoodreadsBecause I couldn't write this for the work I had to do on it. An alphabetised look on the whole of maths, as good as a work of fiction but with complicated maths as a storyline and 18th Century mathematicians as characters. Read full review
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algebraic analytic geometry angle approximation Archimedes argument arithmetic Bernoulli trials Bertrand Russell called century Chapter circle circle's circumference compass and straightedge complex numbers construct course cube cubic curve Descartes determine diagram diameter differential calculus discovery equal equation Erdos estimate Euclid Euler example factor Fermat follows formula fraction fundamental theorem graph Greek History of Mathematics hypotenuse Ibid inscribed instance irrational Jakob Bernoulli Johann Kovalevskaia large numbers Leibniz length Leonhard Euler less logical mathe mathematicians Mersenne multiple natural numbers Newton Newton's method notation noted number of sides number theory observed odd number parabola perfect square perimeter Pierre de Fermat positive integers prime numbers problem proof proposition proved Pythagorean theorem question radius real numbers rectangle regular polygon result right triangle Russell Paintings scholars shown in Figure simple slope solution sphere surface area symbol tangent line tion trisection whole numbers women words yields Zenodorus zero