Time, DNA, and Destiny: Terence McKenna's Theory of Cosmic Novelty

Your correspondent attempts to render McKenna's cosmic novelty theory intelligible to the uninitiated—time, DNA, and destiny, all woven together.
Okay, let's break this down. You know how sometimes you feel like things are just happening randomly? Terence McKenna had a wild idea: what if the universe actually has a kind of "goal"? Not like a person with a plan, but more like a natural pull toward making things more interesting, complex, and new. He called this goal "novelty." First, he noticed something weirdly connected: an ancient Chinese book for telling the future called the I-Ching, which uses 64 symbols, and our own DNA—the instruction manual inside every cell of your body—which also uses a code made of 64 building blocks (called codons). That’s a pretty big coincidence! McKenna thought maybe both systems are tapping into the same hidden pattern of how reality works. Then, he used a math idea called an "attractor." Imagine you roll a ball near the top of a bowl. Instead of going wherever, it always rolls down to the bottom. The bottom of the bowl is the "attractor"—it’s pulling the ball. McKenna said time and evolution work like that. They’re not just pushed by what happened right before (like one domino hitting the next). Instead, the future is pulling us toward it. The "bottom of the bowl" is a future where everything is super-connected and full of newness. So, evolution from microbes to humans, and human history from stone tools to the internet, isn't just accidental. It's the universe trying to become more novel. And right now, we humans are the main characters in this story because we create so much novelty—with art, science, and culture. Our job, in a way, is to keep making things more interesting and diverse. It’s a hopeful idea: instead of being accidents in a random cosmos, we’re at the forefront of the universe’s creative journey.