We’re all used to the idea that actions and thoughts take on different values when we expand the ‘picture’ within which we frame them. We realise that something which makes sense in a local frame may make less sense in a broader frame: dumping your waste in the river is fine as long as you don’t think too much about the people downriver. When you do, you might decide to stop dumping. Government ought to be the process by which such overlapping ‘bigger picture’ considerations are negotiated: good government should make empathy practical.
Indeed our geographical ‘circle of empathy’ grows decade on decade: a hundred years ago it would have been impossible to imagine millions of people raising hundreds of millions of pounds for tsunami victims on the other side of the world – people they didn’t know and would almost certainly never meet. In terms of geography, we inhabit a much bigger picture than we used to, and we sense our interconnectedness within it.
In terms of time, however, the picture seems to be narrowing. Public attention is increasingly focused on very near futures: businesses live in terror of the bottom line and the quarterly results, while politicians quake at tomorrow’s opinion polls and formulate policy in terms of them. We’ve heard tales of farmers planting olive trees or vineyards for their grandchildren to harvest, or of foresters cultivating groves of oaks to replace a chapel roof hundreds of years in the future, but by and large, we don’t do that anymore. We have less active engagement with our future than our ancestors did.
This diminishing future horizon is mirrored by an equally shrinking backwards view. We find ourselves left with prejudices and opinions that were hastily and emotionally formed at the time and not revisited and re-evaluated, drowned under a relentless stream of new stories and panics. We seem to be so thoroughly submerged by new impressions that we don’t have time to digest our own history.
To illustrate this, think about nuclear power. Start with FUKUSHIMA, that dread word. As a result of over-excited media reporting (‘great story!’ I heard one journalist say) that single word has probably condemned nuclear power for another generation, when in fact the accident produced no radiation-related deaths (and it’s doubtful that it will produce a discernable statistical blip in cancers in the future). In a conspiracy which seems almost dishonest, most Green groups failed to acknowledge this – it was too good as propaganda for them to let the facts get in the way – and of course the press never returned to the subject with any correctional follow-up. It became one of those little nuggets of received, and totally incorrect, wisdom: Nuclear=Fukushima=Catastrophe.
That received non-wisdom has persuaded Green Germany to begin decommissioning its nuclear reactors – which means more coal-fired plants. Japan too will probably turn back to coal. Coal is – even Greenpeace would agree – the worst option, though they’d claim that the gap can be filled by renewables. It can’t, not now and probably not for decades. In the meantime – and it may be a long, mean time – we’ll use coal. It’s cheap and very, very dirty.
So the real catastrophe of Fukushima is in the future, waiting for us in the form of vastly increased atmospheric CO2. An emotional over-reaction to a media storm has produced a thoroughly bad decision with longterm global consequences. It’s a classic ‘how not to’ scenario. Is this how our future is going to be – lurching from one panic to another in a daze of ‘just coping’ and without the benefit of any long-picture wisdom within which to frame our actions? What would help us break out of that trap?
Those olive farmers and church builders mentioned above had something we don’t: a sense that the future would quite likely be similar to the present. We, on the other hand, can be sure this won’t be the case. So the question is really this: how can we even think about designing for a future that we can’t imagine?
Where we have seriously addressed the long term at all, our efforts so far have tended towards ‘robust’ solutions: if we can’t predict the future we’ll defend against it by building super-robust structures. An example of this philosophy would be the now-abandoned megaproject for the storage of America’s nuclear waste at Yucca Mountain. It was designed to resist anything the Universe could conceivably throw at it (or rather anything its designers could conceive, which is quite different). It had no adaptive capacity: it was a fortress, hardened, inert, requiring constant upkeep. But as you point out, ‘robust’ is not actually the opposite of fragile, but a point on the spectrum between ‘fragile’ and ‘anti-fragile’. The project was abandoned for political reasons and the problem of waste storage is still regarded as unsolved.
In the meantime, however, the waste is being stored: in huge drums beside the plants themselves. It’s intended as a temporary measure, but it might turn out to be a better one anyway. I think it offers a hint to the solution. Like this, the material is easily accessible should any better storage or recycling ideas appear in the next several millennia (quite likely, I should have thought…there must be Golden Swans as well as Black ones). It leaves open the possibility of easily adopting better solutions as they appear, and, because it is widely distributed rather than concentrated, it can be seen as dozens of separate experiments in waste storage being conducted simultaneously. Some of them will be better than others: evolution will take place. In that sense it seems to me a more antifragile solution. In a changing landscape what is needed is evolvability – the possibility of running a number of solutions at the same time and letting the better ones win out.
But there is a huge psychological appetite for robust solutions: it’s very natural to think that the best way to defend any system is by hardening it so it becomes unassailable. That looks like a good strategy partly because it entails more quantifiable activity on our part – and we tend to trust things if we think we’ve designed them (rather than if they’ve evolved by some process we don’t quite understand) and if we can attach lots of numbers to them. The problem is that ‘robust’ only works if the threats to the system are predictable – if you know what to harden against. The fact is, we don’t – and the hardening process itself reduces evolvability.
The nuclear issue – which I’ve used as an example in this letter – is only one of many I could have chosen. The fact is, we’re facing a lot of complex and interrelated problems which demand that we take positions now. To some extent, that position is going to have to be ‘let’s improvise’ because there’s a distinct limit to how well we can make predictions. The de facto nuclear storage arrangements currently in use in America are examples of ‘let’s improvise’ and in this case seem to be a not-too-bad arrangement. But ‘let’s improvise’ has its limitations: in fact it’s sort of what got us where we are now, in a place that’s both wondrous and problematic. We might need some other intellectual weapons in our arsenals, no matter how good we become at jamming.
© Brian Eno 2013
Brian Eno is a composer, producer and visual artist. A pioneer of musical electronics, his manipulation of audio textures was first featured during the early 01970′s as a founding member of Roxy Music. His solo albums and collaborative musical compositions with John Cale, Robert Fripp, David Byrne, Jon Hassell and David Bowie have been in circulation world-wide over the last 40 years. Eno has produced records for numerous artists including U2, Talking Heads, David Bowie, Jane Siberry, Coldplay and Laurie Anderson. He identified and described Ambient Music and Generative Music, both of which have since blossomed into major musical movements.
Concurrently with his recording career, Eno has been involved in the design and production of audio-visual gallery installations since 01978. Currently his installations utilise his 77 Million Paintings software – a generative system which produces an endless and non-repeating series of changing paintings. Recently he has produced (with Peter Chilvers) Bloom, a generative music piece – and one of the most successful musical apps for the iPhone – and Scape, a new form of album which offers users deep access to its musical elements.
His widely used set of oracle cards, Oblique Strategiesem>, was published in 01975 and remains in print. His diary and essays A Year (with Swollen Appendices) was published in May 01996. He is a board member of the disarmament group BASIC (British American Security Information Council) and the environmental NGO ClientEarth.
Nassim Nicholas Taleb is a modern philosopher, a former trader and is currently Distinguished Professor of Risk Engineering at New York University. With a polymathic command of subjects ranging from mathematics to ancient history he also speaks many languages. He is also the author of Fooled by Randomness and The Black Swan, an international bestseller which has become an intellectual and cultural touchstone which has been published in 31 languages.
I don’t understand how an advocate for long-term thinking can support nuclear power so unreservedly.
A worst-case accident ends up irreversibly contaminating entire regions for centuries and threatening the life and health of not simply millions of people now living, but their future children and their children through hundreds of generations. That damage is not limited to the radioactivity of contaminated soils and the food they produce, but includes also the genetic damage to human beings and wildlife that is passed on to later generations.
Even if the risk is small (something I dispute), are the consequences of nuclear disasters worth the risk? Since the dawn of civilian nuclear power, we have had two such accidents, occurring roughly 25 years apart. While “two” does not a trend make, it does fit with statistical predictions about the frequency of such events.
Considering the longevity and tremendous toxicity of the waste nuclear reactors produce, it is incredible to me that anybody could suggest with a straight face that this is a clean way to produce electricity. Yes, we need alternatives to fossil fuels, but power through nuclear fission is not an alternative.
Before we waste any effort talking about all the plants we must now build with all the technology which has yet to leave the lab, we need to fix things on consumption and conversion side first. Half of primary energy is lost in conversion and transport before it even reaches the consumer, and then the consumer wastes half of what is left.
The arguments against the feasibility of a switch to renewables are specious and driven by entrenched interests. A renewables-based energy economy looks very different from the big-gen, centralized economy we have today. You can’t just take today’s consumption behaviour and try to glue on renewables. Today’s consumption behaviour is the result of energy that is simply too cheap. Too cheap because it has been subsidized to the tune of trillions.
I am with the market liberals on this one. Stop intervening in the market, and put a price on all the externalities. Under those circumstances, two things will happen. One, energy will get really expensive, which will be painful in the short term but serve us all better in the long term. And two, you will never, ever see another nuclear plant built.