Last night was an exciting one at my house. My fourth son opened his mission call. Family and friends gathered around, some on skype from far away, some listening on the phone. He was nervous. Where would he spend the next two years? All three of his older brothers served missions. In fact, one is still serving in Hawaii and will not be home for a month. He tears open the call and reads to us out load, “Dear Elder Peck, . . . you have been called to the Finland Helsinki Mission.” Cheers spontaneously fill the air. He leaps for joy. Hugs. Yells. Facebook is updated. Emails are fired off. Everyone is excited. A globe is produced to see how far north it is. Wikipedia is consulted amid scores of little conversations that erupt all over the house. I wander from group to group like a lost child, randomly pointing out that Finnish isn’t in the Indo-European family of languages–just because I don’t know what to say in such an adrenaline fog. My wife chats in the corner with a friend over travel to Europe. Excitement. My son’s eyes are glowing and a smile won’t leave his face. Read the rest of this entry »



In an instant life can change. A single event can change all that happens downstream from that moment. This not a new insight and there are few who could not point to an occasion where a tiny blip in time caused entirely new trajectories to bubble up and change everything about their life. Perhaps a wrong turn at the library led to finding a spouse. Maybe a decision to not to stop for a burger led to a major accident, or a job was found through a chance encounter a shopping market. These kinds of events are the hallmark of what are known as chaotic systems. Chaos, unlike what we commonly mean when use this to describe the confusion of the uncontrollable, is defined formally in complexity theory as sensitivity to initial conditions. A small effect upfront has enormous downstream effects. Look at your children and you will see an example of this. Which particular sperm and an egg met, is an occurrence conditioned on zillions of possibilities and bifurcation points. Recombination in DNA ensures that our children are built half from the male genetic code and half the female, but it is a random draw as to which half gets taken from each. Also, chemical reactions at this level vary and many divergent pathways are possible. Tiny changes. Huge downstream effects. Chaos.


