avatarGauri Sirur

Summary

The article discusses the reasons behind bees' preference for hexagonal shapes in constructing honeycombs, citing efficiency in labor and wax, and draws parallels to human applications of this geometry in engineering and technology.

Abstract

The article "Bee Geometry — Why Are Bees Crazy About Hexagons?" explores the natural phenomenon of bees building hexagonal honeycombs. It references Charles Darwin's admiration for the efficiency of honeycomb structures, which are built from beeswax produced by worker bees. The author, intrigued by the sight of a beehive, delves into the bees' construction methods, suggesting that bees may initially create circular cells that morph into hexagons due to the heat of their bodies. The hexagonal shape is praised for its optimal use of space and material, minimizing waste and labor. The article also connects the hexagonal design to human engineering feats, such as the James Webb Space Telescope, which utilizes a honeycomb structure for its mirrors to achieve strength and efficiency with minimal material.

Opinions

  • The author admires the efficiency of bees in constructing honeycombs, echoing Charles Darwin's sentiment that the design is "absolutely perfect in economizing labor and wax."
  • The article implies that the hexagonal structure of honeycombs is a result of both the bees' innate behavior and the physics of their environment, particularly the melting of wax due to body heat.
  • There is an appreciation for the practical lessons humans have learned from bees, as evidenced by the adoption of honeycomb structures in various engineering applications to optimize strength and minimize material usage.
  • The author expresses a personal connection to the subject, as their curiosity during a nature walk led to the creation of a sciku (science-based haiku) and further research into the topic.

Bee Geometry — Why Are Bees Crazy About Hexagons?

And what math lessons have we learned from bees?

Photo by Mohamed-Hassan from Pixabay

Charles Darwin said of the honeycomb that it was, “absolutely perfect in economizing labor and wax.”

During one of my nature rambles, I looked up into a tree and saw a beehive — with its hexagonal honeycomb — hanging from one of its branches. I thought: How do bees make such perfect hexagons?

I asked myself the question as I walked along, and a sciku — a science-based haiku — was born:

Bee geometry

Hexagonal honeycombs

Function marries form.

When I got home, I googled “hexagonal honeycombs,” and here’s what I found —

A honeycomb is built from wax that worker bees extrude as flakes from glands in their abdomens. The bees then chew this wax with minute amounts of honey and pollen to produce beeswax.

Some scientists believe that bees actually build circular cells. But their body heat melts and fuses the wax where these circles intersect — leading to the formation of hexagons.

A hexagon is the ideal shape for honeycombs because the cells fit together perfectly. Circles would leave gaps between the units — a waste of space and wax.

Wax wasted is labor wasted. Some studies estimate that bees need to consume eight ounces of honey to produce a single ounce of wax.

The walls of the hexagonal cells are fragile membranes measuring approximately 1/80th of an inch. But the honeycomb structure allows each cell to hold honey up to 30 times its weight.

The beehive is designed to utilize the least quantity of material in supporting the greatest amount of weight.

Humans use honeycomb structures to construct bridges, airplanes, prosthetics — and telescopes that orbit the earth.

The James Webb Space Telescope was launched on Dec 24, 2021, to replace the aging Hubble telescope.

Scientists designing the telescope’s mirrors looked for an overall circle comprising segments that fit together without gaps. The geometric shape they arrived at was the hexagonal honeycomb.

Nuff said.

Thanks for reading!

Some writers whose stories I enjoyed — Jane Frost (Jane Grows Garden Rooms)’s piece about a variety of garlic; Nazım Özer’s Nike story: B.R. Shenoy’s Four-day week story.

A couple of my stories:

Thank you Jane Frost (Jane Grows Garden Rooms) for publishing my story!

Nature
Bees
Geometry
Science
Creativity
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