Flexagons as Art: Design Techniques & Templates for Makers, STEM Programs & Flexagon Artists Paperback – October 20, 2024

Discover the captivating world of flexagons in this comprehensive guide, where mathematics and art converge to create mesmerizing paper objects. Flexagons are geometrically folded paper wonders which have fascinated mathematicians, engineers, students, artists, and paper craft enthusiasts for decades. With dozens of detailed templates provided, you'll embark on a journey to create your own customized flexagon models, each offering multiple configurations and revealing unique patterns and images. This book expands upon Martin Gardner's classic works, offering techniques for designing flexagons ranging from the traditional tri-hexaflexagon to advanced hexaflexagon, tetraflexagon, and dodecaflexagon models with up to 18 or more faces, showcasing dynamic behaviors and diverse flexing variations. Benefits of this book include:Educational initiatives: Flexagons serve as impressive subjects for STEM programs, maker labs, and classes, offering hands-on activities that engage students in creativity, math, geometry and topology.Crafting and Design Techniques: Delve into the intricacies of paper flexagon crafting and design techniques, learn how to design and create flexagons of any size and configuration with your own original artwork. Entertain family and friends with personalized flexagon greeting cards.Recreational Mathematics: Explore the geometry behind flexagons, understanding the mathematical principles that govern their construction and movement. Learn how to pursue new types of flexagons.Accessible Creation: With just paper and scissors, anyone can embark on the rewarding journey of creating and discovering new flexagons, crafting personalized objects that are enjoyable to make and manipulate.Whether you're a mathematician, artist, teacher, student, or maker enthusiast, this book invites you to explore the captivating world of flexagons, where imagination knows no bounds and creativity flourishes at every fold. Read more