We are works in progress: And we are products of our past. This is true of us as individuals and as a species. Sometimes we can find ourselves thinking that change, growth, improvement or progress gets stalled or stopped. We doubt that we, as individuals or as groups, can do much more than just become resigned to stagnation.
We doubt that we can get out the rut we are in. We are pretty sure that we are not going to reach our aspirations because the journey is taking too long and the path is “crazy” confusing and unclear. We are not sure what to try to “get better” at so we can achieve the desired progress.
I have enjoyed reading and thinking about the book: The Talent Code by Daniel Coyle. From my point of view Coyle makes the case that continuing to develop, change, grow, and improve is not just possible – it is how biology works. It is not an accident when we get good at something. In fact, we are hard wired to be able to adapt, change and evolve as individuals – and by extension as groups. He also reinforces my belief that effort and intentionality make a difference.
Here are some of Coyle’s thoughts:
Nature/nurture has been a terrifically popular model because it’s clear and dramatic, and it speaks to a wide variety of phenomena in the natural world. But when it comes to explaining human talent, it has a slight problem: it’s vague to the point of meaninglessness. Thinking that talent comes from genes and environment is like thinking that cookies come from sugar, flour, and butter. It’s true enough, but not sufficiently detailed to be useful. To get beyond the outmoded nature/nurture model, we need to begin with a clear picture of how genes actually work.
Genes are not cosmic playing cards. They are evolution tested instruction books that build the immensely complicated machines that are us. They contain the blueprints, literally written in nucleotides, to construct our minds and bodies in the smallest detail. The task of design and construction is hugely complex but essentially straightforward: the genes instruct the cells to make the eyelash like this, the toenail like that.
When it comes to behavior, however, genes are forced to deal with a unique design challenge. Human beings move around through a big, varied world. They encounter all sorts of dangers, opportunities, and novel experiences. Things happen quickly, which means that behavior—skills—need to change quickly. The challenge is, how do you write an instruction book for behavior? How do our genes, sitting quietly inside our cells, help us adapt to an ever-changing, ever-dangerous world?
To help address this problem, our genes have evolved to do a sensible thing: they contain instructions to build our circuitry with preset urges, proclivities, and instincts. Genes construct our brains so that when we encounter certain stimuli— a tasty meal, rotting meat, a stalking tiger, or a potential mate—a factory-loaded neural program kicks into gear, using emotions to guide our behavior in a useful direction. We feel hunger when we smell a meal, disgust when we smell rotten meat, fear when we see a tiger, desire when we see a potential mate. Guided by these preset neural programs, we navigate toward a solution.
That strategy works well for creating behaviors to deal with rotten meat and potential mates. After all, writing instructions to build an urge-circuit is relatively simple: if X,then Y. But what about creating complex higher behaviors, like playing the saxophone or Scrabble? As we’ve seen, higher skills are made of million-neuron chains working together with exquisite millisecond timing. The question of acquiring higher skills is really a question of design strategy. What’s the
best strategy for writing instructions to build a machine that can learn immensely complicated skills?
One obvious design strategy would be for the genes to prewire for the skill. The genes would provide detailed step-by-step instructions to build the precise circuits needed to perform the desired skill: to play music, or juggle, or do calculus.
When the right stimulus came along, all the prebuilt wiring would connect up and start firing away, and the talent would appear: Babe Ruth starts whacking homers, Beethoven starts composing symphonies. This design strategy would seem to make sense (after all, what could be more straightforward?), but in fact it has two big problems. First, it’s expensive, biologically speaking. Building those elaborate circuits takes resources and time, which have to come at the expense of some other design feature. Second, it’s a gamble with fate. Prewiring to create a genius software programmer doesn’t help if it’s 1850; and prewiring for a genius blacksmith would be useless today. In the space of a generation, or a few hundred miles, certain higher skills flip from being crucial to being trivial and vice versa.
To put it simply, prewiring a million-wire circuit for a complex higher skill is a stupid and expensive bet for genes to make. Our genes, however, having survived the gauntlet of the past few million years, aren’t in the business of making stupid and expensive bets. (Other genes might have been, but they’re long gone by now, along with the lineages that carried them.)*
Now let’s consider a different design strategy. Instead of prewiring for specific skills, what if the genes dealt with the skill issue by building millions of tiny broadband installers and distributing them throughout the circuits of the brain? The broadband installers wouldn’t be particularly complicated—in fact, they’d all be identical, wrapping wires with insulation to make the circuits work faster and smoother. They would work according to a single rule: whatever circuits are fired most and most urgently, are the ones where the installers will go. Skill circuits that are fired often will receive more broadband; skills that are fired less often, with less urgency, will receive less broadband. Pages 69 – 71
In this multifaceted world where forward progress often seems slow or stagnated: Where change often appears to be minimal or retro – There is a reasonable path toward developing and becoming more able to contribute in these complex times.
These are ‘our times’. We, if we want to be contributors, need to be willing to grow and develop ourselves. That means we have to be willing to “do things” poorly at first – so over time – we might do those same things with more elegance, grace and effectiveness.
What kinds of “things” might we want to get better at? That is a good question for each of us to sort out and answer. Here is my vision of what “things” we should consider being willing to “do” enough to improve our practice.
Engaging – reaching out and truly interacting with- others across differences.
Listening deeply to others by truly ‘seeking to understand, as Covey encouraged.
Collaborating with others to reach outcomes embraced by all.
Seeking the common good, as opposed to seeking to ‘win’ while others ‘lose”.
As Coyle suggestioned in The Talent Code: ”Whatever circuits are fired most and most urgently, are the ones where the installers will go. Skill circuits that are fired often will receive more broadband; skills that are fired less often, with less urgency, will receive less broadband.” So, the circuits that will help us, as a species, to get better at the four dispositions and behaviors I just mentioned are the ones we need to be “firing frequently”. Practice does matter!!!
Ideas and Collected Works that Might Inform and/or Influence Others 