The Innovation Show

"No structure, even an artificial one, enjoys the process of entropy. It is the ultimate fate of everything, and everything resists it.' - Philip K. Dick Homeostasis refers to the maintenance of relatively constant internal conditions in an organism. For example, we maintain a body temperature of around 98.6°F (37°C). In a cold environment, we shiver to return to this temperature. In a warm climate, we cool ourselves down to restore balance. In our 9-part series on The Innovation Show, Mark Solms explains the relationship between homeostasis and entropy. Entropy is the natural tendency of things to lose order and fall into chaos. It's why ice melts; batteries lose charge, billiard balls stop, and hot water merges with cold. Homeostasis resists entropy. It keeps us in a limited range of ideal states, like a perfect body temperature. Our bodies need a constant energy supply to maintain homeostasis and resist entropy. Energy can be useful or useless, depending on its ability to work. As useful energy depletes, s