Evansville Vanderburgh Public Library

How to bake pi, an edible exploration of the mathematics of mathematics, Eugenia Cheng

Label
How to bake pi, an edible exploration of the mathematics of mathematics, Eugenia Cheng
Language
eng
resource.accompanyingMatter
technical information on music
Form of composition
not applicable
Format of music
not applicable
Literary text for sound recordings
other
Main title
How to bake pi
Responsibility statement
Eugenia Cheng
Sub title
an edible exploration of the mathematics of mathematics
Summary
What is math? And how exactly does it work? In How to Bake Pi, math professor Eugenia Cheng provides an accessible introduction to the logic of mathematics-sprinkled throughout with recipes for everything from crispy duck to cornbread-that illustrates to the general reader the beauty of math. Rather than dwell on the math of our high school classes, with formulas to memorize and confusing symbols to decipher, Cheng takes us into a world of abstract mathematics, showing us how math can be so much more than we ever thought possible. Cheng is an expert on category theory, a cutting-edge subject that is all about figuring out how math works, a kind of mathematics of mathematics. In How to Bake Pi, Cheng starts with the basic question 'What is math?' to explain concepts like abstraction, generalization, and idealization. By going back to the logical foundation of the math we all know (and may or may not love), she shows that math is actually designed to make difficult things easier. From there, she introduces us to category theory, explaining how it works to organize and simplify the whole discipline of mathematics. The result is a book that combines some of the most satisfying features of popular math books-the thrill of truly understanding things that may or may not have been confounding in high school-while still looking long and hard into unexplored territory. Through lively writing and easy-to-follow explanations, How to Bake Pi takes even the most hardened math-phobe on a journey to the cutting edge of mathematical research
Target audience
adult
Transposition and arrangement
not applicable
Contributor

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