From the reviews: "Giorgio Israel and Ana Millan Gasca have written a highly readable account of the life and work of John von Neumann. ... the book presents an insightful synthesis of the many fields of scientific and public activity of this unique genius. ... The book is intended for a nonspecialized readership. ... anyone with an interest in the history of science in the twentieth century is certainly advised to read this excellent book." (Leo Corry, ISIS, Vol. 102 (1), March, 2011) "The world as a mathematical game presents an extensive professional biography of John von Neumann. ... Overall, the authors present a very detailed analysis of the mathematical and scientific accomplishments of von Neumann and place his contributions in context with those of other noted mathematicians and scientists. The book is certainly recommended for anyone interested in learning more about the scientific pursuits of von Neumann and offers an interesting analysis of his views and motivations." (Thomas Philip Wakefield, Mathematical Reviews, Issue 2011 f) "All the most important features of von Neumann's impact on 20th-century economics - from the spread of the axiomatic method to the popularization of several analytical techniques to the idea itself of 'modelization' as the only proper way to investigate economic phenomena ... it follows that this book is a real boon, as well as a must-read, for every historian or economist wishing to understand how, and by whom, modern neoclassical economics has been shaped in the first two or three decades after World War II." (Nicola Giocoli, History of Economic Ideas, Vol. 18 (1), 2010) "The World as a Mathematical Game says that the book 'provides the first comprehensive scientific and intellectual biography of John von Neumann'. It covers the ground well and thoroughly in 175 pages of text, moving chronologically through his astonishing career. ... The authors have written their book for a general audience. ... In any event, it is good to have this outline of von Neumann's work." (Underwood Dudley, The Mathematical Association of America, October, 2009)
