Miyuki Kawamura started folding origami at the age of two. She folded animal models, which were her favorite subject. Miyuki received a masters degree in Physics in 1995 from Kobe University. Shortly thereafter, she began to create original polyhedral models. She is famous for some of her incredible origami pieces, such as the Cosmosphere--a massive wireframe kusudama model requiring nearly 2,000 pieces of paper to complete. She has published several books on the subject of polyhedral origami and is currently on the board of the Japanese Origami Academic Society (JOAS).

"Readers who want to explore creating geometric models and evolving beyond traditional toy building will enjoy this book." —Library Journal

Miyuki Kawamura started folding origami at the age of two. She folded animal models, which were her favorite subject. Miyuki received a masters degree in Physics in 1995 from Kobe University. Shortly thereafter, she began to create original polyhedral models. She is famous for some of her incredible origami pieces, such as the Cosmosphere--a massive wireframe kusudama model requiring nearly 2,000 pieces of paper to complete. She has published several books on the subject of polyhedral origami and is currently on the board of the Japanese Origami Academic Society (JOAS).

"Readers who want to explore creating geometric models and evolving beyond traditional toy building will enjoy this book." —Library Journal

Miyuki Kawamura started folding origami at the age of two. She folded animal models, which were her favorite subject. Miyuki received a masters degree in Physics in 1995 from Kobe University. Shortly thereafter, she began to create original polyhedral models. She is famous for some of her incredible origami pieces, such as the Cosmosphere--a massive wireframe kusudama model requiring nearly 2,000 pieces of paper to complete. She has published several books on the subject of polyhedral origami and is currently on the board of the Japanese Origami Academic Society (JOAS).

"Readers who want to explore creating geometric models and evolving beyond traditional toy building will enjoy this book." —Library Journal