![]() ![]() ![]() How do bees do it? As a matter of fact, they don’t. Honeycomb after honeycomb in perfect symmetry. Furthermore, as tessellating shapes go, it’s supreme as it can circumscribe the biggest place for a given perimeter. The hexagon is symmetrical, simple and enjoys the rare skill of allowing itself to tessellate (tile). It’s all down to efficiency, utility and an occasional capability to form nearly inadvertently. From the gargantuan to the sub-microscopic, hexagons are everywhere. We count on Nature to be a messy business, eschewing straight strains and easy geometries and consisting only of organic lumps and bumps, random arrangements or simple chaos, yet the resolutely Euclidean hexagon seems with incredible frequency in the herbal world. The natural world has lots of hexagons for a reason in short: to save on space and energy.
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