zenpundit.com

by Charles Cameron

Norwegian photographer Arne Nævra took second prize in the “Our world” category of the Shell Wildlife Photographer of the Year 2007 competition with this photo

Bruce Sterling‘s State of the World 2010 conversation with my online friend Jon Lebkowsky on the Well’s “Inkwell” forum this year was rich in concept and language as one might expect. This in particular caught my eye:

It’s like looking at your SUV and seeing drowning polar bears. Just a minority viewpoint.

Two concepts, two dots to connect: SUVs and polar bears. Sterling chose those two concepts, no doubt, because the connection between them is non-obvious in the sense that a dictionary definition of SUV won’t contain a reference to polar bears, heck, even an encyclopedia article is unlikely to, and the reverse is also true — and obvious, in the sense that the “minority” in question can easily connect these two otherwise quite distinct and separate dots, the connection being “climate change” aka “global warming” or more specifically an entire complex dynamic systems analysis incorporating the process by which an aggregate of comparatively large and frequently used gasoline-powered internal combustion engines adds incrementally to a trend in the global weather…

Not that any of this should surprise us: Sterling’s readers presumably know that SUVs are a convenient stand-in for “gas guzzlers” and thus for the whole panoply of cars and trucks, and more abstractly for our planetary tendency to technologize our environment into greater convenience and less sustainability — and polar bears, while Sterling may like the look of them in photos, documentaries, zoos or on the occasional visit to the Arctic, serve here as a marker for the entire notion of environmental degradation, a massive die-out of species and such other non-Arctic phenomena as the loss of mountain tops in Appalachia and of rain forests in the Amazon and elsewhere.

So Sterling has played two “concepts” on the board of “connect the dots” and asserted that for some people the connection will be obvious, while for others it will be invisible — which in term of connecting the dots means it might as well not exist.

*

Indeed, some will argue that while both dots — SUVs and polar bears — exist, the connection implied between them does not.

But that’s not the topic of my consideration here.

*

Bruce Sterling’s interview gives me the pair of dots I intend to focus on today – SUVs and polar bears – but there’s another pair of dots that Sterling’s remarks forms part of, a pair in which Sterling stands at one pole (science, fiction) of the debate on climate change, with Rep. John Shimkus, R- IL, at the other (scripture, fact).

Addressing the House Subcommittee on Energy and Environment’s hearing on Preparing for Climate Change on March 15, 2009, Rep. Shimkus made the following now-celebrated remarks:

The right of free speech is a great right that we have in this country. Very few times we use it to espouse our theological religious beliefs, but we do have members of the clergy here as members of the panel. So I want to start with Genesis 8, verses 21 and 22. “Never again will I curse the ground because of man even though every inclination of his heart is evil from childhood, and never again will I destroy all living creatures as I have done. As long as the earth endures, seed time and harvest, cold and heat, summer and winter, day and night will never cease.” I believe that is the infallible word of God, and that is the way it is going to be for his creation.
 
The second verse comes from Matthew 24. “And he will send his angels with a loud trumpet call, and they will gather his elect from the four winds, from one end of the heavens to the other.” The earth will end only when God declares it is time to be over. Man will not destroy this earth. This earth will not be destroyed by a flood.
 
And I appreciate having panelists here who are men of faith, and we can get into the theological discourse of that position. But I do believe God’s word is infallible, unchanging, perfect.

I have characterized Sterling’s stance as “science, fiction” and Rep. Shimkus as “scripture, fact” – but the connection between these two dots is far from clear, and it is at leasdt arguable whether the designations shouldn’t instead be “science, fact” for Sterling, and “scripture, fiction” for Rep. Shimkus.

*

There’s a certain elegance to that – in fact it begs to be made into one of those diagrams that Jung and Levi-Strauss were fond of…

Of course, fact and fiction may not be exclusive, opposed categories, and the same is true of scripture and science. Consider, for example, Kathleen Raine’s comment:

myth, when a real event may be the enactment of a myth, is the truth of the fact and not the other way around”

or the similar idea that CS Lewis once wrote to her

What flows into you from the myth is not truth but reality (truth is always about something but reality is about which truth is) and therefore every myth becomes the father of innumerable truths…

*

To return to Sterling… The game of connect the dots that Sterling plays here could be made into a simple systems diagram of the sort that Peter Senge used to illustrate his book, The Fifth Discipline, or the more elaborate form of systems dynamic model that Jay Forrester pioneered at MIT and Donella Meadows so eloquently preached in her essay, Places to Intervene in a System — complete with feedback loops in which shifts in global weather patterns and the exquisitely-patterned trails of SUVs dance the dance of complexity and emergence…

Sterling’s version of the game is verbal, minimalist, and suggestive: two phrases, not often found next to each other, quietly juxtaposed, in such a way that the mind can supply the connection that makes the leap between them. In short: the man can write.

The point I am laboring to make here has to do with communication: with getting an insight across to other people.

Writers do this by dropping verbal markers (“SUVs” and “polar bears”) into sentences. Mostly, they write many such sentences in sequence (a blog post, an article, a book), so the reader skims or skips lightly from one marker to the next, like a stone skipping across a pond in the childhood game. Individual leaps and single connections between pairs of dots are not important here, the reader’s mind half-notes them as it passes to the next dots and the next, and such things as “conclusions” and “actionable items” or in some cases “character” and “plot” far outweigh the largely subliminal links and connections triggered along the way.

From an analytic point of view, however, it is the connections that make the difference — whether those connections are causal, as in the steps of an argument; dynamic, as in the workings of a homeostatic system with feedback loops; emergent, as in the discernment of pattern at the edge of chaos; or associative, as with creative insight, metaphor and analogy.

And in each of these cases, some form of language, diagram or model can spell out the connection, some form of software can embody that language, diagram or model, and some form of human insight can assimilate its meaning and apply it to further tasks of observation, orientation, decision and action…

*

We may connect the dots for pleasure, as in one of those games that chains of restaurants print up to keep children busy while their parents talk over pancakes and bacon, or for benefit: and here the issue is not only to connect “past” dots correctly so as to understand what has already happened and can be viewed with twenty-twenty hindsight, but to make the great conceptual leap from past and present and propose connections with dots that will arise in the “future” (that zone of uncertainty): we write scenarios, we plan, we attempt to intuit an enemy’s next move, to make our own OODA loop tighter and meaner than his.

And while in the short term we may succeed, in the mid and long term we may fail.

At which point, as a depth psychologist might say, our projections tell us more about ourselves than about the reality we are attempting to grasp.

I’d include here those moments when we “see” connections that don’t exist, as well as those in which we miss connections that do: hallucinatory links, and blind spots, both.

*

Bruce Sterling, in the same forward-looking piece that contains that quick verbal aside about polar bears and SUVs, asks himself how anyone can give “a coherent picture of where your future is heading”. Without some such picture, indeed, we are at the mercy of vicious feedback loops and unintended consequences.

Here’s how he thinks about what we might call medium term scenarios:

Let’s imagine you’re three years old again. You want to give your Dad, back in 1974, a coherent picture of what 2010 looks like. You know, something very actionable, lucid and practical, where he can just slap the cash on the counter and everything works out great for the family. Okay: given what you know now about the present, tell me what you oughta tell him about 2010, back in 1974.

Forrester-style modeling won’t carry us forward thirty five years: there are simply too many shades of grey and black swans between “now” and “soon”.

And so task number one is an “ornithological” task — to peer into our own blind-spots, to see the invisible, to have what is called “vision”.

And I don’t mean a gosh-darn brand-new marketing strategy. I mean a sense of the great tides that underlie epochal changes — the kind of vision that William Blake had, which allowed him to rail on about the “satanic mills” long before the word “ecology” was a dim spark in the mind of the fellow who coined the word. The sort that Leonardo da Vinci had.

The sort, in fact, that contemplatives (all those Zen and Tibetan and Benedictine monks) and shamans (Lakota and Huichol and !Kung and all the rest) and artists (in words, in images, in sound, in film, in concept) all know about.

*

Which is to say, the sort Einstein knew about — so that when the mathematician Jacques Hadamard asked him about his thought process, he answered:

The words or the language, as they are written or spoken, do not seem to play any role in my mechanism of thought. The psychical entities which seem to serve as elements in thought are certain signs and more or less clear images which can be “voluntarily” reproduced and combined.
 
There is, of course, a certain connection between those elements and relevant logical concepts. It is also clear that the desire to arrive finally at logically connected concepts is the emotional basis of this rather vague play with the above mentioned elements. But taken from a psychological viewpoint, this combinatory play seems to be the essential feature in productive thought – before there is any connection with logical construction in words or other kinds of sign, which can be communicated to others.
 
The above mentioned elements are, in my case, of visual and some of muscular type. Conventional words or other signs have to be sought for laboriously only in a secondary stage, when the mentioned associative play is sufficiently established and can be reproduced at will.

That’s quite a mouthful, so I’d like to pick out a few points that maybe of relevance here.

Let’s clear the word “muscular” out of the way first. Some of the ideational germs of Einstein’s most brilliant work, he tells us, are “muscular”. Many of us know that visual thinking is an important component of understanding: Einstein adds thinking “of muscular type” into the mix. His body is part of his mind, and he knows it. That’s important: Einstein is, in fact, connecting dots for us here linking mind and body. But he doesn’t just link dots in his response to Hadamard — he actually talks quite a bit about making connections.

*

Einstein links to Tagore

Let me rephrase his response to Hadamard the way I see the process he describes unfolding.

He has a strong emotional desire to understand, in the way that “physics” understands — which is to say, “to arrive finally at logically connected concepts” of the nature of nature. He then turns away from logic and concepts, and — still under the sway of that desire — attends to the sensations of his body and to his internal field of vision. In response to that desire and from regions of the body and mind unspecified, certain “psychic elements” of a visual and some of muscular sort arise. These he says can be “combined” — he says also that he can “play” with them — but the play is, at least at first “vague”. Indeed it is precisely this “combinatory play” which appears to Einstein to be “the essential feature in productive thought”. It is only when these elements have been voluntarily played with and satisfactorily combined that Einstein begins, internally, to verbalize and “translate” the combinations he has perceived into some form of “logical construction in words or other kinds of sign, which can be communicated to others”.

So we have three sorts of connection going on here: (i) an associative connectivity between imagistic and muscular “psychic elements” in the mode of play (ii) their “connection with logical construction in words or other kinds of sign” and (iii) the connections he can then present to others in the language of “logically connected concepts” — ie mathematical physics.

*

In all of this, I would like to highlight (i) the (perhaps unexpected) importance of the body’s connection with the mind in human thinking, (ii) the significance of a deep desire for understanding as the attractor for the largely unconscious motions of body and mind, (iii) the role of play as the mode of thinking in which creative linking occurs, (iv) the ubiquity of connectivity as the ruling imperative in all phases from the initiation of play to the communication of theoretical physics.

All four — body-mind, desire, play and connection — are key components in anything worthy of the name of vision.

Jamais Cascio explains the cognitive benefits of good futurist methodology:

Foresight exercises that result in a single future story are rarely as useful as they appear, because we can’t predict the future. The goal of futures thinking isn’t to make predictions; the goal is to look for surprising implications. By crafting multiple futures (each focused on your core dilemma), you can look at your issues from differing perspectives, and try to dig out what happens when critical drivers collide in various ways.

Whatever you come up with, you’ll be wrong. The future that does eventually emerge will almost certainly not look like the scenarios you construct. However, it’s possible to be wrong in useful ways–good scenarios will trigger minor epiphanies (what more traditional consultants usually call “aha!” moments), giving you clues about what to keep an eye out for that you otherwise would have missed.

Yes. I would add that such thought experiments also help to improve pattern recognition in analyzing reality. From teasing out logically sound, if fictional, consequences, we become more discerning about recognizing causation and potential second and third order effects of events or policy choices.

Useful.

 

Nassim Nicholas Taleb, author of The Black Swan: The Impact of the Highly Improbable and Fooled by Randomness: The Hidden Role of Chance in Life and in the Markets, had an op-ed in FT.com entitled “Ten principles for a Black Swan-proof world” (Hat tip to John Robb and Pundita). Taleb was addressing the global economic crisis, but I was particularly drawn to Taleb’s fifth principle, which has a more general implication:

5. Counter-balance complexity with simplicity. Complexity from globalisation and highly networked economic life needs to be countered by simplicity in financial products. The complex economy is already a form of leverage: the leverage of efficiency. Such systems survive thanks to slack and redundancy; adding debt produces wild and dangerous gyrations and leaves no room for error. Capitalism cannot avoid fads and bubbles: equity bubbles (as in 2000) have proved to be mild; debt bubbles are vicious.

Taleb has encapsulated many important concepts very well here. Up to a certain point, increasing complexity represents a advantage for an evolving system (biological, financial, physical etc.) by increasing efficiency through adding specialization, interconnection, diversification, redundancy and checks for mitigation of risks. Complexity, in the earlier part of a development curve can add to a system’s overall resiliency – to a point.

Superfluous complexity, that which goes beyond the minimum required for additional gains in systemic efficiency or productivity, is a net drag on the system, an economic waste, a source of friction, a cancer,  a useless eater of resources and the earliest sign of the system’s inevitable decay. Worse, excess complexity represents an increasing probability of systemic failure by multiplying the number of variables involved in the normal process of the system. There are more things that can go wrong and more choke points where a catastrophic failure can occur. Increasing the degree of complexity moves the system away from simplicity and reliability and toward chaos and the creativity of emergent properties, but like an ice skater seeking ever greater range, go too far and the ice will crack under one’s feet.

This is an effect familiar to engineers and scientists but one that appears to escape the majority of politicians, corporate executives and economists. My co-blogger at Chicago Boyz, Shannon Love,  took GE to task for trying to get on the Federal dole by advocating needlessly complicating the nation’s power grid:

If Your Grid Had a Brain

GE is advertising to build political support for Obama’s plan to purchase billions of dollars of GE tech in order to make the power grid “smart”.  After all, who would want a “dumb” anything when they could have a “smart” something? 

The reason we should keep things dumb is that in engineering the word “dumb” has a different connotation. In engineering, “dumb” means simple and reliable. 

Increasing complexity in any networked system increases possible points of failure. Worse, the more interconnected the system, i.e., the more any single component affects any other randomly selected component in the system, the faster point-failures spread to the entire system. Power grids are massively interconnected. Every blackout starts with a seemingly trivial problem that, like a pebble failing on a mountain side, triggers an avalanche of failure. 

In the social and political domain, back in the 1990’s Philip K. Howard wrote a book called The Death of Common Sense: How Law is Suffocating America in which he detailed example after example of how the overlawyering of regulatory systems in America by an emerging and hyper-aggressive legal class was producing neither restraint on government abuses nor fine-tuned social outcomes but instead created a state of paralyzed rigidity, risk aversion, perverse incentives and general dysfunction; in other words, chaos instead of order.

The Obama-ites in the White House are not “socialists” ( at least not most of them) but there is a great love of liberal-minded technocracy there, and a seemingly boundless self-confidence in the ability of high-minded, upper-middle class, progressive, wonks and lawyers from the “good schools” (or investment houses – in some cases, both) to micromanage not just our lives for us, or even the United States of America but the global economy itself. Sort of a Superempowered Oligarchy of Good Feelings.

The ancient Greeks had a word for that: hubris. More importantly, the Obama-ites are wrong here – adding endless amounts of regulatory complexity is not going to give them the kind of granular control or positive returns that they seek to obtain from the system. Counterintuitively, they should be radically simplifying where and to the degree they safely can instead.

Go here.  Hat tip to Chadmalik.

They are talking not “Great Depression” but a system perturbation  on an epochal scale that causes an economic Black Hole.

Makes John Robb look like Pollyana on antidepressants.

Shane Deichman reviews Nassim Nicholas Taleb’s The Black Swan: The Impact of the Highly Improbable and finds it wanting:

Perhaps it’s my naïveté (or perhaps that I’m a product of the California public school system), but I honestly don’t see our civilization marching toward “Extremistan”. Quite the opposite: While our awareness of remote events has increased, and our networks have grown exponentially, I believe that the diffuse topology of our networks actually dampens the impact of an extreme event. Consider the “Butterfly Effect”. Do you really think a butterfly flapping its wings in Jakarta is going to eventually cause a hurricane in New York City? Or do you think the minor perturbation is absorbed locally without cascading into some kind of resonance? Yes, there are examples that illustrate the dire consequences of unplanned resonance. Taleb (who waffles at the end of his book as half hyperskeptic, half intransigently certain) abandons the Gaussian bell curve, yet — with only a single mention of Albert-László Barabási — firmly embraces Power Law scale invariance as normative.Despite Taleb’s too-casual treatment of scale, I think he would agree with George E.P. Box’s statement (c. 1987) that “…[A]ll models are wrong, but some are useful.” Abandoning our dogmatic devotion to certainty is essential in any creative, innovative enterprise — and can reveal hidden opportunities, and hidden abilities.

Read the whole thing here.

Unlike most reviewers, Shane could go head-to-head with Taleb on things mathematical ( though you hardly need a math background to understand The Black Swan) and Shane is right that networks that are intrinsically and generally resilient are better suited to enduring unexpected, system perturbing, black swans.

Hope to have my review up Sunday evening.