Entropy is taking over.

Another excellent post from The Belmont Club, Which I read every day.

The barbarians of ISIS destroy ancient artifacts, in an outrage like those committed by the Taliban in Afghanistan.

The Taliban’s rejection this month of international appeals to halt the destruction of much of Afghanistan’s pre-Islamic heritage — their leader Mullah Mohammed Omar termed them idols — indicates that those most determined to impose their vision of a perfect Islamic state are firmly in control.

That article was from the period before the US invasion. Many artifacts were repaired but that will stop and the destruction will resume after we leave.

The Mosul destruction is to be expected everywhere the Takfiri tide rises enough to control an entity.

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Narratives, Scenarios, and Strategies

“Essentially, all models are wrong, but some are useful”

-George E.P. Box

Models, predictions, and forecasts are always wrong, or, more accurately, they’re never completely right. That’s obvious since the map can never truly be the territory. Some are better than others, but no matter how hard we try and how much information that we gather, we’ll never construct a representation of reality better than the real thing. That being the case, forecasts therefore reveal more about ourselves and our present state of mind than anything about the future.

The Research Feature in the fall issue of the MIT Sloan Management Review, “Beyond Forecasting: Creating New Strategic Narratives” (link here – requires a one time registration or purchase Kindle article here for a few dollars), concerns a certain type of forecasting called scenario planning. The authors studied a tech company that was being hit hard during the 2001 economic crash and needed to find new strategies to navigate the rough seas ahead.

Their research revealed that

“future projections are intimately tied to interpretations of the past and the present. Strategy making amid volatility thus involves constructing and reconstructing strategic narratives that reimagine the past and present in ways that allow the organization to explore multiple possible futures.”

These explorations of possible futures, more commonly referred to as scenarios, are stories intended to describe possible futures, identify some significant events, main actors, and motivations, and convey how the world functions.

The authors note that constructing forecasts based on these methods usually doesn’t work very well because the future is uncertain and often unfolds in a way that is very different from current trajectories. The current paths are comfortable and familiar, so they are difficult to deviate from. Constructing scenarios of the future actually first requires constructing paths that connect the past, present, and future. The narratives are those paths.

”In comparing strategy projects within CommCorp, we found that the more work managers do to create novel strategic narratives, the more likely they are to explore alternatives that break with the status quo. In other words, to get to an alternative future, you have to create a story about the past that connects to it.”

Predicting, prognosticating, and prophesying have been around since time immemorial. The modern version of strategic scenario planning can be attributed to Herman Kahn at the Hudson Institute and his “thinking the unthinkable” about nuclear war by taking into account non-linear, disruptive changes that lead to an uncertain future. The first to bring scenarios into the business world was the pioneering strategy guru Pierre Wack at Shell Oil who coined the term. Wack was a colorful and imaginative individual who took Kahn’s insights and repurposed them to affect the quality of judgment rather than quality of predictions.

Among the many books, case studies, and articles on the Shell planning department, I just completed The Essence of Scenarios: Learning from the Shell Experience, a history of the scenario group culled from interviews of former members. Pierre Wack helped found it and headed it throughout the 1970s. The book concerns the entire history from then until the present, but it devotes a large part to Wack’s work and legacy.

In contrast to Kahn’s theories, Wack was less concerned about decoding uncertainty or getting predictions right and more concerned with making future uncertainty more relevant to the present situation.

“Wack was interested in scenarios as a way to ‘see’ the present situation more clearly, rather than as a basis for knowing about the future. The value of the scenarios is not in better forecasting what ‘the’ future will be, but in encouraging already smart people to learn by ‘seeing’ the present situation afresh, from the perspective offered by plausible, alternative futures , in a process that Wack termed ‘disciplined imagination’.”

With an emphasis on present adaptation instead of future clarity, their first attempts happened to be nicely prescient. Their November 1971 scenarios covering “Producer Government Take/World Economic Development” and their January 1973 scenarios for “Impending Energy Scarcity” presented different tracks for oil prices including: a low slow growth scenario based on the continuation of past agreements with producer countries, a track that the corporate leadership expected; and a high price growth scenario which factored into concerns that producer countries were reaching limits to how much more capital inflows they could absorb.

These scenarios involved explorations for prices through the late ’70s into the early ’80s. It’s important to keep in mind that, in keeping with the notion that they weren’t meant to be exact predictions, the high price track scenario still ended up being off by a factor of 20 as oil embargoes and inflation pushed prices higher than anyone could have imagined. Despite the fuzziness of the numbers, however, presenting a possible future far off from what was expected shifted thinking outside the company’s comfort zone.

There was some initial skepticism from top executives, but the scenario planning helped the company to think differently and conditioned them to adjust in flexible ways that they wouldn’t have considered previously. Consideration of the high price track eventually led to Shell investing in nuclear and coal which helped offset the political turmoil and price shock that would arrive in the mid ’70s.

“In October 1973, the first oil crisis began to unfold, and the entire organization became aware of the possibilities that scenarios offered. The 1973 scenarios report had provided a new frame of reference the mindset of the oil producer countries. This new frame was significantly different from the usual analytical frame the mindset of an oil company. The scenarios had enabled Shell executives to rehearse the future as a thought experiment rather than a crisis exercise. When the crisis actually occurred, Shell was able to collectively re-interpret the turbulent situation and to respond much faster than its competitors.”

In order to be taken seriously, the Shell scenario team had to relate to top management how the oil producers’ situation related to their own situation.

“In September 1972, Wack gave what those present remember as a three-hour, enthralling performance that was based on an image of the six scenarios as a river forking into two streams, each of which divided into three tributaries. The insight about hither oil prices and possible energy crisis… were integrated into one of these scenarios.”

This technique demonstrated the narrative of how the high price scenario was linked to Shell’s operations and how it could have sprung forth from Shell’s past. The key was teasing out the culture, values, and qualities of the past that could make that future plausible.

Similar re-interpretations of the past are what the MIT researchers found were most successful for their tech company. It wasn’t that they provided better predictions, but it helped provide a unifying vision and get everyone to buy into course changes that didn’t seem to fit before.

“the crash in the market for its existing products had forced everyone at CommCorp to reevaluate the company’s historical strategic trajectory. This questioning enabled one manager to reinterpret CommCorp’s history, not only as a provider of big-ticket hardware for the backbone of the Internet but also as a provider of communications technologies across the whole network. By seeing the company as all about “communications,” the manager was able to propose a project for improving access at the “last mile” of the network. This reinterpretation made a radical shift in a future vision possible: CommCorp could provide small-ticket, standardized products as well as customized, high-end technologies.

The narratives and scenarios became a way to define the company as it was today and illustrate a more coherent organizational structure. This is possible because of the rich potential of examining the past.

“strategy making is not about getting the ‘right’ narrative. It’s about getting a narrative that is good enough for now, so that the organization can move forward and take action in uncertain times. This recognizes that strategy will in some ways always be evolving and “emergent.”

Everyone loves to try to make predictions, but the real value lies in re-evaluating the past and restructuring past trajectories to provide for a launching point to navigate into the future. This “re-programming” the past is the way to deal with an uncertain future. Instead of forecasting futures that merely extrapolate from the status quo or futilely fighting future models that conflict with conventional mental maps, the use of narratives, scenarios, and strategies provides ways to create stronger and more harmonious models of the present.

The Comet and the Shirt.

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The European Space Agency landed a probe on a comet this week.

Unfortunately, there were a couple of malfunctions. In the first, the “harpoon” that was to anchor the lander malfunctioned allowing it to bounce around a bit.

These revealed the astonishing conclusion that the lander did not just touch down on Comet 67P/ChuryumovGerasimenko once, but three times.

The harpoons did not fire and Philae appeared to be rotating after the first touchdown, which indicated that it had lifted from the surface again.
Stephan Ulamec, Philae manager at the DLR German Aerospace Center, reported that it touched the surface at 15:34, 17:25 and 17:32 GMT (comet time it takes over 28 minutes for the signal to reach Earth, via Rosetta). The information was provided by several of the scientific instruments, including the ROMAP magnetic field analyser, the MUPUS thermal mapper, and the sensors in the landing gear that were pushed in on the first impact.

The result of this mishap was that the lander, which was using solar energy to recharge batteries, was not positioned properly to absorb the very weak sunlight energy at that distance.

But then the lander lifted from the surface again for 1 hour 50 minutes. During that time, it travelled about 1 km at a speed of 38 cm/s. It then made a smaller second hop, travelling at about 3 cm/s, and landing in its final resting place seven minutes later.

That is quite a move and the result has been a very limited experiment as the lander has now shut down due to low battery power.

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The Great Lightbulb Conspiracy

This year has seen many historical anniversaries, and one that has gotten some recent notoriety is the 90 year anniversary of the planned obsolescence of the light bulb by an industry cartel.

How exactly did the cartel pull off this engineering feat? It wasn’t just a matter of making an inferior or sloppy product; anybody could have done that. But to create one that reliably failed after an agreed-upon 1,000 hours took some doing over a number of years. The household lightbulb in 1924 was already technologically sophisticated: The light yield was considerable; the burning time was easily 2,500 hours or more. By striving for something less, the cartel would systematically reverse decades of progress.

It’s even more notable because last week three pioneers in LED technology just won the Nobel Prize.

We all know about the efficiency standards for light bulbs that are effectively banning incandescent bulbs in slow motion. I’ve noticed during my usual stops at the home improvement stores that the choices for the vintage bulbs are fewer and farther between, and the prices for what’s left are creeping up.

The promise of the new standards is that the new LED lighting is far superior. While it’s much more expensive, the steady drumbeat of the diffusion of technology is supposed to reduce the costs, eventually putting them within reach of the common household.

The costs have indeed dropped exponentially, but that’s undoubtedly been helped by government aid and deliberate shortages of the old technology. Besides the federal standards, every state has some sort of efficient lighting rebate program that artificially decreases the price. Tax breaks and other incentives have encouraged manufacturers like GE to expand production in the US and create a few hundred jobs, which, although nice, don’t quite make up for the thousands they shipped to China during the Great Light Bulb Leap Forward. How much of the price gains can be attributed to Moore’s Law type improvements and how much to government supports is a legitimate concern.

Now there’s some question about how long prices are going to keep falling going forward.

In stark contrast to the promised dynamics that the technology is supposed to follow, LED prices actually rose considerably last month.

In contrast, 40W equiv. LED bulb prices were up 14.3% in the U.S. market. Manufacturers including Cree, Philips, GE and other renowned brands have raised prices for certain products in the U.S. market.

Because of industry consolidation, the top ten LED manufacturers now control 61% of the market. That much control brings pricing power over the market, and they are apparently now using it.

With green energy executive orders on Obama’s agenda and the unelected EPA issuing mandates, the oligopoly is sure to get worse with permanently higher cost per lumens the possible result.

The LED industry, taking a page from the incandescent bulb industry so many years ago, is discovering the key to the rent seekers’ success – competition is for losers, and unfortunately sometimes so is progress.

Head in the Sand on Dams and Hydropower

The popular (untrue) image of the ostrich as a bird that puts its head in the sand came to mind as a I read a recent NY Times article titled “Large Dams Just Aren’t Worth the Cost“. This article describes the usual culprits that plague dam construction:

1. Cost overruns
2. Dams take much longer to construct than originally planned
3. Dams displace local residents (many in impoverished third world countries) who rarely thrive in their new locations
4. Dams that are paid for with foreign loans (for many years the World Bank provided funding) often do poorly because the dam revenues come back in local currency and the loans are denominated in dollars; thus even if they hit their “nominal” returns, they don’t reach their “planned” returns when adjusted for currency depreciation

These are all true objections to dam construction. However, these same criteria can be applied to virtually any energy construction project, from coal plants to nuclear plants to major LNG efforts.

One key point that the article completely misses is that dams don’t require spending for “fuel” once they are up and running, and often it is fuel and distribution of fuel that bankrupt energy companies in the third world. The dam requires rain / water to generate power, and if this changes significantly, it can change the amount of power provided, but this is still generally better than “nothing”.

There simply would not be electricity in many areas of the third world without hydropower, and the choice really isn’t between other alternatives and dams, it is a choice between power and no power. Once a dam is built they often can be run with a few individuals and if there are major problems you can bring someone in to fix them. You don’t need to find coal or fuel oil (which moves in price and is denominated in dollars that the country often doesn’t have). On the other hand, complex machinery and distribution systems can’t be left in the hands of areas with revolutionary governments and broken economies because in short order they are often taken apart and destroyed.

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