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5.0 out of 5 stars
A detailed book designed to inspire., Jun 28 1998
In another of his books designed to make mathematics popular, Ian Stewart takes us through some of the latest advances in mathematics. He gives a history of some of the world's finest mathematicians and trickiest problems before showing how they can (or can't) be solved. This book is not confined to theory though; the author applies the concepts he has described to such topics as computer public/private key encryption (as used in PGP) and the lottery to show how apparently abstract theory has a valid use, even if that use is discovered many years after the original theory.The book goes into detail about each of the author's chosen topics. Whilst this detail is sometimes too complex for the layman to understand, it is useful for future reference and can provide ideas for some interesting computer programming exercises. The material is presented in such a manner that skipping some of the more technical maths doesn't interrupt the flow of the information. The book represents great value for money. There is a lot of content here, and each chapter is relatively self-contained so that the work does not need to be read in order but can be dipped into. Good use is made of cross-referencing between the chapters though, which really helps to bind the book together. The author makes further research beyond the scope of the book easily possible by giving names of mathematicians and scientists responsible for discoveries, along with a list of suggested material for further reading at the back of the book. There is also an index, which is useful for a volume of this size. As well as being interesting from a mathematical point of view, the book is genuinely entertaining, which keeps the pages turning. The book is also inspiring, which is handy if you're a disillusioned student facing endless revision and maths exams. By showing where mathematics came from and where it is going, the author injects interest into what is often thought of as a stale subject. From Here to Infinity can be highly recommended t! o many readers, all of whom will find and take away something different, something unique to themselves. For the mathematically bored will come enthusiasm. For the casual mathematician and armchair computer programmer will come some interesting ideas for a rainy day, and for those with more mathematical knowledge will come a wealth of new areas to explore and sources to refer to. This book thoroughly deserves all five stars.
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