
Mathematics Did Not Spring Spontaneously Into Life, With Rules Set In Stone For All Time. Its Story Is Closely Linked With The Problems Of Measurement And Money That Have Often Driven Its Progress. Quite Right Explains How Mathematical Ideas Have Gradually Emerged Since Prehistoric Times, So That They Pervade Almost Every Aspect Of Life In The Twenty-first Century. Many Histories Of Mathematics Focus On The Activities Of Those For Whom Mathematics Itself Was The Motivation. Professor Biggs Adopts A Wider Viewpoint. Making Use Of New Discoveries Of Artefacts And Documents, He Explains The Part That Mathematics Has Played In The Human Story, And What That Tells Us About The Nature Of Mathematics. The Story Reveals The Power And Beauty Of Mathematical Concepts, Which Often Belie Their Utilitarian Origins. The Twin Paradigms Of Logical Justification And Algorithmic Calculation Recur Throughout The Book. No Other Book Tells The Story Of Mathematics, Measurement, And Money In This Way. Includes Secontions On: — The Origins Of Calculation In Ancient And Medieval Times — How Mathematics Provides Answers That Are Right, And What That Means — The Impact Of Trade And The Use Of Money On The Development Of Mathematical Algorithms — The Use Of Mathematics For Secure Communications — How Money And Information Are Linked In Our Electronic World Quite Right Is A Fascinating Story, Suitable For Anyone Interested In The Mathematical Foundations Of The World We Live In. Norman Biggs Is Professor (emeritus) Of Mathematics At The London School Of Economics. He Is The Author Of 12 Books, Including A Perennial Best-selling Book Discrete Mathematics (oxford University Press). He Has A Special Interest In Measurement And Was Chair Of The International Society Of Weights And Scales Collectors From 2009-14. He Served As A Vice President Of The British Society For The History Of Mathematics In 2014 And Is An Active Member Of The British Numismatic Society.
This book investigates the historical development of mathematics by examining its intrinsic connection to the practical human needs of measurement and commerce. Professor Norman Biggs, an emeritus professor at the London School of Economics, utilizes recent archaeological findings and historical documents to argue that mathematical concepts evolved not in isolation, but as responses to the challenges of trade, money, and societal organization. He presents a framework that balances the dual paradigms of logical justification and algorithmic calculation to explain how these ideas became foundational to modern life.
What You Will Find
Scope Limits
Experts recognize this work as a distinct contribution to the history of mathematics due to its focus on the intersection of measurement and economic history. Readers frequently note that the prose is accessible to those interested in the practical foundations of modern systems while maintaining academic rigor.
Page Count:
208
Publication Date:
2016-01-01
Publisher:
Oxford University Press
ISBN-10:
0191067601
ISBN-13:
9780191067600
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