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Tomohiro Tachi
(The University of Tokyo)
Computational Origami for Art, Science, and IndustryAbstract: The principle of folding is deeply embedded in nature, enabling intricate functions—from the folding of DNA and proteins to insect wings, brain wrinkles, and the delicate structures of plant leaves and flowers. At the heart of this phenomenon lies the traditional Japanese art of origami, a source of fascination for scientists and engineers alike.
In this talk, I will share my journey from crafting with paper to developing theoretical foundations, tackling computational challenges, and collaborating with experts to translate these ideas into practical applications. Additionally, I will highlight our interdisciplinary collaboration framework, bringing together artists, scientists, and students to advance both education and research.Bio: Tomohiro Tachi is a Professor of Arts and Sciences at the University of Tokyo. He studied architecture and received his Ph.D. in engineering from the University of Tokyo in 2010. He has been designing origami since 2002 and continues to explore three-dimensional and kinematic forms through computation. He has developed computational origami tools, including “Origamizer” and “Freeform Origami,” which are available on his website. He explores form, function, and fabrication in nature and art. His research interests include origami engineering, structural morphology, and computational fabrication. He is engaged in STEAM education at the University of Tokyo, College of Arts and Sciences.
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Meirav Zehavi
(Ben-Gurion University of the Negev)
Parameterized Computational Geometry: Visibility Problems, Geometric Intersection Graphs and Graph DrawingAbstract: TBA
