The more that is known about the human body, the more amazing its construction turns out to be. A recent New York Times article focused on eyeball optimization: "[The] basic building blocks of human eyesight turn out to be practically perfect."¹

A recent narrative-style article in Smithsonian magazine highlighted research in the largely unexplored Congo River in central Africa, where researchers have identified new fish species. The researchers preliminarily confirmed that strong currents in deep waters had isolated the breeding populations of certain fishes, including the bottom-feeding elephant fish.

United States lawmakers are considering a bill whose purpose is “to make energy more expensive, so people use less of it and to create a penalty for carbon-based fuels.”¹ Its intent is to reduce the emission of the greenhouse gases that are supposedly fueling global warming.

Sea urchins are spiny marine animals. Some of them like to hide in holes that they dig out of limestone in the ocean floor, using teeth that are ground down and yet remain sharp. What makes these teeth so special that they can drill through rock and not go blunt?

Mankind’s attempts at bioengineering have yet to match the precision of some techniques already found in nature: cloning, tissue culturing, and gene therapy. Recent studies have explored how these processes operate in amoebas, aphids, and parasitic wasps, respectively.