Exploring Mathematics with Curvagon Tiles

Year: 2022 Authors: Hanne Kekkonen

Core claim

Flexible Curvagon tiles enable rapid construction of curved and flat mathematical models, making non-Euclidean geometry and related results accessible in classrooms and outreach.

Topics

non-Euclidean geometry, polygon tilings, hyperbolic surfaces, minimal surfaces

Domains

geometry, hyperbolic geometry, Gaussian curvature, Gauss-Bonnet theorem, tessellation, craft design, fashion-inspired patterning, sculptural forms

Methods

hands-on building, tile tessellation, model making, classroom outreach

Media

EVA foam, SnapPap, tear-resistant paper, narrow tape

Source status

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