![]() The optimal way to cover a large region with shapes of the same area while minimalizing the boundary is to use hexagonal structure. The hexagon tiles the plane with minimal boundary. ![]() He said, “It is absolutely perfect in economizing labor and wax”. Charles Darwin, for example, described the honeycomb as a masterpiece of engineering. Why do honeycombs come in a hexagonal shape? Some experts believe that bees possess a divine sense of symmetry. Today, the honeycomb and hexagon structure finds usage in engineering and scientific applications. For example, there are many hexagonal hidden chambers in the dome of the Pantheon in Rome. For thousands of years, we have admired the hexagonal structure of the honeycomb.īut this structure has been used hundreds of years ago. Their purpose is to store honey, pollen, and larvae. Honeycombs are structures made from the wax secreted by bees. The perfect example is the honeycomb, and we start off from there. Hexagonal shape leaves no wasted space, and best fills any space you put it. We cannot say that, but we can do the math to prove the efficiency of hexagon shape. And thanks to math, we can come to the conclusion that hexagon is the most efficient shape in nature, and in the world. And while animals cannot do math, we can. Hexagons are some of the most common shapes in nature. We haven’t even mentioned the symmetry of a flower’s petals. These are all designs that we rarely see in the human world. For example, take some of the unconventional snail shell spirals. If you have ever wandered around in nature, you may have noticed the many geometric shapes.
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