Let’s say I syndicate a thought to Twitter. I can use Bri.gy to backfeed ideas and interactions with my Tweet back to my original in my digital notebook (where it’s most useful). This helps outside ideas filter into and interact with my own ideas.
Innovation is the main event of the modern age, the reason we experience both dramatic improvements in our living standards and unsettling changes in our society. Forget short-term symptoms like Donald Trump and Brexit, it is innovation itself that explains them and that will itself shape the 21st century for good and ill. Yet innovation remains a mysterious process, poorly understood by policy makers and businessmen, hard to summon into existence to order, yet inevitable and inexorable when it does happen.
Matt Ridley argues in this book that we need to change the way we think about innovation, to see it as an incremental, bottom-up, fortuitous process that happens to society as a direct result of the human habit of exchange, rather than an orderly, top-down process developing according to a plan. Innovation is crucially different from invention, because it is the turning of inventions into things of practical and affordable use to people. It speeds up in some sectors and slows down in others. It is always a collective, collaborative phenomenon, not a matter of lonely genius. It is gradual, serendipitous, recombinant, inexorable, contagious, experimental and unpredictable. It happens mainly in just a few parts of the world at any one time. It still cannot be modelled properly by economists, but it can easily be discouraged by politicians. Far from there being too much innovation, we may be on the brink of an innovation famine.
Ridley derives these and other lessons, not with abstract argument, but from telling the lively stories of scores of innovations, how they started and why they succeeded or in some cases failed. He goes back millions of years and leaps forward into the near future. Some of the innovation stories he tells are about steam engines, jet engines, search engines, airships, coffee, potatoes, vaping, vaccines, cuisine, antibiotics, mosquito nets, turbines, propellers, fertiliser, zero, computers, dogs, farming, fire, genetic engineering, gene editing, container shipping, railways, cars, safety rules, wheeled suitcases, mobile phones, corrugated iron, powered flight, chlorinated water, toilets, vacuum cleaners, shale gas, the telegraph, radio, social media, block chain, the sharing economy, artificial intelligence, fake bomb detectors, phantom games consoles, fraudulent blood tests, faddish diets, hyperloop tubes, herbicides, copyright and even―a biological innovation―life itself.
In 1984, Elvis Costello released what he would say later was his worst record: Goodbye Cruel World. Among the most discordant songs on the album was the forgettable “The Deportees Club.” But then, years later, Costello went back and re-recorded it as “Deportee,” and today it stands as one of his most sublime achievements.
“Hallelujah” is about the role that time and iteration play in the production of genius, and how some of the most memorable works of art had modest and undistinguished births.
The bigger idea here of immediate genius versus “slow cooked” genius is the fun one to contemplate. I’ve previously heard stories about Mozart’s composing involved his working things out in his head and then later putting them on paper much the same way that a “cow pees” (i.e. all in one quick go or a fast flood.)
Another interesting thing I find here is the insanely small probability that the chain of events that makes the song popular actually happens. It seems worthwhile to look at the statistical mechanics of the production of genius. Perhaps applying Ridley’s concepts of “Ideas having sex” and Dawkin’s “meme theory” (aka selfish gene) could be interestingly useful. What does the state space of genius look like?