#Math illustrations planes how to
Each chapter has a clear purpose, and the imagery really complements the writing.Īt the end of the book, there is a section on how to make models. The book also weaves together the history and development of non-Euclidean geometries and their connections to many different areas such as art, biology and nature, physics, computer science, music, chemistry, and architecture. This book is extremely well-written and organized. It also provides insight into the creative process of developing mathematics, showing that mathematicians and artists both use very creative processes. This book is a great introduction to hyperbolic geometry for anyone wanting to know about the subject and would be a great asset to any undergraduate math student studying non-Euclidean geometries.įor the fiber artist interested in crochet, the book does a great job of explaining very advanced mathematics in an inviting and understanding way, encouraging artists to pursue more mathematics to incorporate into their creative works.
This is the second edition of the book Crocheting Adventures with Hyperbolic Planes, which won the 2012 Euler Book PrizeThis book presents an amazing hybrid approach to two seemingly different audiences: mathematicians and fiber artists.įor the mathematician, the book presents a tactile approach to the very theoretical concepts in hyperbolic geometry, providing clear directions on how to construct objects in hyperbolic geometry. ―Samantha Durbin, The Royal Institution of Great Britain As both a mathematician and a crocheter I’m itching to make my own hyperbolic planes and use them in all sorts of places!" You get to explore the concepts with your own hands and really see how it all works. The book takes you through a wonderful history of both the maths and the art, exploring how we have perceived the world around us over the centuries and how this applies today. "This is a lovely introduction to hyperbolic geometry and how to represent it in a tactile, playful way. ―Professor Edmund Harris, University of Arkansas, co-author of Patterns/Visions of the Universe with Alex Bellos More importantly, it shows how good mathematics needs input from all sorts of people and cultures, in particular here the geometry essential to fibre arts." "This book shows just how fun deep mathematics can be and reveals the importance of thinking of mathematics with your hands, eyes and body ― not just the brain. Cox, Editor-in-Chief, Midwest Book Review
#Math illustrations planes manual
"This beautifully and profusely illustrated second edition of "Crocheting Adventures with Hyperbolic Planes" is a unique and extraordinary instructional manual and guide that is unreservedly recommended for personal, professional, community, and academic library"
She was nominated as one of the "Most Innovative People and Organizations in the Science and Technology World in 2006." Review: Now a professor of mathematics at Cornell University, Taimina regularly participates in art exhibitions and educational workshops related to her crocheted models. Daina Taimina was born in Riga, Latvia in 1954-the same year as an International Congress of Mathematicians pivotal to non-Euclidean geometry (as she describes in the Introduction), so her influence on the hyperbolic plane almost seems fated.
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