Genuine Origami

Genuine Origami provides instructions and diagrams for 43 original paper-folding designs created by mathematician and origami expert Jun Maekawa. The book opens with fundamental origami concepts and techniques before progressing through projects of increasing complexity. Each model includes step-by-step folding instructions accompanied by clear technical illustrations and photos of the finished pieces. The collection features geometric forms, animals, and abstract designs that can be created from single squares of paper without cutting. The designs draw on Maekawa's mathematical background, utilizing geometric principles and engineering concepts to achieve complex three-dimensional forms. Background information explains the development process and structural theory behind key pieces. The work demonstrates origami as both an artistic medium and a practical application of mathematical and scientific principles. Through these designs, Maekawa explores the intersection of pure geometry and creative expression.

Readers describe this as a technical, geometric origami book suited for intermediate to advanced folders. The models range from simple to complex, with most requiring precision and patience. Likes: - Clear diagrams and step-by-step instructions - Mathematical explanations behind the designs - Unique geometric models not found in other books - High-quality paper that works well for folding Dislikes: - Instructions assume prior origami experience - Some steps skip important details - Paper size recommendations missing for several models - Technical language can be hard to follow Ratings: Amazon: 4.5/5 (52 reviews) Goodreads: 4.3/5 (15 reviews) One reviewer noted "The book excels at teaching geometric principles but beginners will struggle." Another mentioned "The designs are innovative but the instructions need more detail between steps." Several readers recommended practicing simpler models first before attempting the more complex designs that require 50+ steps.

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🌟 Jun Maekawa developed his own mathematical theorem about origami, known as "Maekawa's theorem," which states that at any vertex of a flat-folded origami model, the difference between mountain and valley folds must equal two. 🎨 The book introduces original designs never published before, including Maekawa's famous cicada model, which captures the insect's delicate wings and intricate details through precise geometric folds. 📐 Maekawa worked as a professor of science and engineering at the University of Tsukuba, bringing his mathematical expertise to advance the technical understanding of origami design. 🦋 The models in "Genuine Origami" are created using geometric principles rather than traditional representational folding methods, representing a modern approach that emerged in the late 20th century. 🗣️ The author's work has influenced a generation of technical origami designers, particularly through his development of systematic methods for creating complex polyhedra from single sheets of paper.