How To Fold It: The Mathematics Of Linkages, Or... [ Complete — SERIES ]

: Highlights ten accessible, unsolved mathematical problems to encourage further research by readers.

Designed for readers with a high school level understanding of geometry and algebra, the book explores the complex mathematical principles behind everyday folding phenomena.

: Includes 50 exercises with complete solutions provided in the appendix to test the reader's skills. How to Fold It: The Mathematics of Linkages, Or...

: Contains over 200 color figures and illustrations to help build geometric intuition.

is a book by Joseph O'Rourke (with contributions and related work by Erik Demaine) that serves as an accessible introduction to the field of computational geometry. : Contains over 200 color figures and illustrations

: Explores how physical joints and segments move. It covers topics like robot arms, the folding of protein chains , and how pop-up cards function.

The book is structured around three primary areas of folding mathematics: It covers topics like robot arms, the folding

: Investigates the unfolding of 3D shapes into 2D "nets" and the reverse process of folding flat paper into complex polyhedral structures. Key Features