I'm reading Robert Shiller's book The New Financial Order: Risk in the 21st Century. I thought, from the title, that the books was more reportage of the current state of finance; it turns out to be prescription for dealing with risk through a higher order of financial tools. That is, ideas about fixing capitalism through more capitalism.



Still, there are important concepts outlined in the book. One could argue that risk management is another way of describing the material basis for society or human groups. We have a better chance of surviving together than apart. Capitalism, because of its focus on private property, competition and the individual, that is, by its fundamental law system, creates risk for people. These risks are over and above the natural risks of plagues, hurricanes, locusts, fire, drought, etc. Shiller outlines these risks, in particular risks to individual and national income and risks to savings. New technology adds to the risk mix under capitalism, by endangering old forms of earning income and undermining national economies through the vicissitudes of globalization. But new technology also allows new ways of hedging against risk, and his book describes some hypothetical financial instruments to distribute the risk.



Risk management is really an information game (e.g., the construction of actuarial tables in the 18th century provided the basis for modern insurance). By understanding probabilities of outcomes based on actual data, the cost of risk management can be determined, and priced accordingly. The complexity of risks that can be managed is, per Shiller, a function of the quality (speed, cost) of information technology. Information technology applies in the data collection and analysis department; and again in managing the distribution of shares of risk across a broad market of whoever wants to buy the risk, for some consideration (i.e., speculate). More sophisticated information processing technology means more complicated risks can be managed.



The way out of the destruction of capitalism then is through different kinds of insurance or derivatives for personal income, national income, home prices, etc. Socialism, or communism, is another, more obvious way of managing such risks -- that is, mutual social responsibility, mediated through public, community structures rather than hedge funds and banks.



Shiller's book does highlight the confluence of several themes I find of interest: new technologies allow us to understand or interact w/ processes in more discrete ways -- the pellets of iron have different properties than the ingot. New technologies shrink transaction costs -- the hookup cost (the cost of making a connection) and the transmission cost (the cost of using a connection), the processing cost (the time the node is busy). So more connections can happen. And as more connections happen, the medium exists for emergent properties to flower. These properties will be conditioned by the law system that governs the network/process.



Capitalism allows connections in very specific ways. Its volatility equals risk. Creative destruction, perhaps, but destruction nevertheless. The global may flourish, in an aggregate way, while the local is sacrificed quite brutally. Wealth polarizes. The factories of Canton and Akron are shuttered, while new ones open in Guangdong. The wheatfields of North Dakota lay fallow while those of the Ukraine or Argentina ripen.



Shiller envisions a global system of managing such risks via new financial instruments made possible by new information technology. Much more straightforward solutions have been proposed in the past; he is looking for ways to manage the symptoms while leaving the causes in place.



His argument, I think, is that capitalism allows for creativity, initiative and opportunity that other systems do not. But risk is the enemy of creativity and opportunity (better to go the safe route than the risky one), so managing the risk will allow for more opportunities to be explored, more experiments made, more connections explored, hence more likelihood of good things to happen (emergence). Which all sounds good, but also seems like hoping the wolf becomes a vegetarian.

"The Pentagon is building its own Internet, the military's world wide web for the wars of the future." So starts an article from the Nov. 13, 2004 NY Times, "Pentagon Envisioning a Costly Internet for War".



The article describes Pentagon plans for its "Global Information Grid" or GIG, its own secure network to distribute battlefield information. The effort is an aspect of "network-centric warfare" championed by Secretary of Defense Donald Rumsfeld (see the May '04 post on the Nova "Battle Plan Under Fire" show for more). More battlefield information -- from satellites, other units, data archives, etc. -- will in theory allow soldiers to cut through the fog of war; and more real-time information requires more secure bandwidth than is currently available.



As Rumsfeld is quoted: "Possibly the single most transforming thing in our force will not be a weapons system, but a set of interconnections." More interconnections makes for a more efficient force (better use of resources, in particular information); and a network-form foe (e.g., the resistance in Iraq) can be fought most effectively? by a network-form force.



Whether such an approach is in fact effective is still not univerally accepted; it is, however, very expensive. $200 billion by some estimates once the costs for the special radios, satellites, laptops, cabling, routers, etc. are totalled up.



The pros and cons of "force transformation" and "network-centric warfare" have been debated elsewhere; what is significant I think about this article is the construction of a parallel, military-only Internet. The public 'net is apparently insufficient -- too leaky, insecure, narrow, clogged w/ spam and porn to be of use to the military. The current Internet had its roots in Defense, but was never intended to be a military-only infrastructure. One of its potent strengths is its openness, which allows for emergent properties. A closed-network will never achieve that; perhaps the price tag is how you buy security and robustness when you don't have 1/2 billion naked apes pounding on the keyboards. Or maybe the military's private skynet is ultimately unrealistic. As Vincent Cerf notes in the NYT article, "I want to make sure what we realize is vision and not hallucination... There's nothing wrong with having ambitious goals. You just need to temper them with physics and reality."

In Saskia Sassen's book The Global City (2001, Princeton University Press), she describes the (counter-intuitive) process of the formation of major urban centers like New York, London and Tokyo as the command centers of the global economy. I say counter-intuitive because new communication technologies allow for the decentralization of command and control. For a variety of reasons, Sassen argues that the opposite takes place.



Furthermore, these cities become, to some extent, disconnected from the nation-state:

These cities constitute a system rather than merely competing with each other. What contributes to growth in the network of global cities may well not contribute to growth as nations.(9)

She describes the architecture of a global network of cities: key cities as nodes, linked in a variety of ways, including financial flows, communication, travel, and trade.



For Sassen, one of the important reasons for the formation of these global cities are changes in the financial system from the 1980s on, requiring the concentration of firms (and the workers at all levels to support the concentration) in the global cities to make the system work.



That is, the emergence of speculative capital carried with it certain imperatives that contribute not just to globalization, but to the network of globalization. The city nodes provide a concrete reflection of the digitalized connections of 21st century finance.



jd

Media - information networks - noosphere



Here's a link to the freepress site campaign to pressure Sinclair broadcasting to not show the anti-Kerry documentary a few days before the election, or at least to provide equal time for counter-programming:



http://freepress.net/sinclair/



I know this barely scratches the surface of addressing what is wrong w/ the dominant media networks; that Bush vs Kerry is a flimsy set of choices; etc. etc. But on the other hand, that's what is in front of us now, so ... deal with it.



jd

One of the foundation ideas of materialism is that we live in a law-governed universe. And one of the foundation concepts of dialectics (and focal points of this blog) is interconnectedness. Probably the most important type of interconnection is that of cause-and-effect. Here's an excerpt from a recent Nature item of interest:

Is causality an inherent and necessary characteristic of the Universe, or just an illusion produced by the way our brains interpret the world?



It's real, say physicists, who believe they have worked out how the Universe is constructed from the tiniest building-blocks of space-time. The finding could also help the development of a theory of quantum gravity, which would marry the two currently estranged physical theories of the Universe: quantum theory and relativity.

How can the observable universe emerge out of quantum interactions at the tiniest level?



"Physicists have long been trying to figure out how the fuzzy nature of space-time at this tiny scale can give rise to the large four-dimensional Universe we see around us, as described by Einstein's theory of relativity."



In trying to assemble these tiny quanta pieces,

Renate Loll of Utrecht University in the Netherlands and her co-workers have now found a way to assemble the pieces so that they inevitably produce a four-dimensional Universe. Instead of assuming that all tilings are allowed, they impose two constraints.



First, the theory of relativity must apply within each individual tile (so that nothing can travel through it faster than light) and second, the assembly must preserve causality. This means that a piece of space-time cannot be constructed in such a way that an 'event' - some change in the Universe - precedes its cause.



When they enforced these criteria on their calculations, the researchers ended up with universes with three spatial dimensions and one time dimension - just like our own1. It was "like magic", says Loll.



Even more startling, they found that typical universes generated this way started off small and got bigger - they expanded, just like the real Universe has done since the big bang. This was completely unexpected - there was nothing in the tiling rules that seemed to demand it. 'We're completely stunned,' says Loll.



She admits that there's no a priori reason to demand that quantum space-time has to observe causality: the researchers put it into their equations by hand. But that, it seems, is the only way to end up with a realistic Universe.

For the complete item: http://www.nature.com/news/2004/041004/full/041004-17.html

"Without a corresponding theory of behavior -- of dynamics -- a theory of network structure is essentially uninterpretable and therefore of little practical use." (Duncan Watts, Six Degrees, 51)

In an earlier post (6/6/04), I referenced Steven Johnson's Emergence book where he talks about idea revolutions and paradigm shifts in terms of emergence (and by easy extrapolation, as aspects of network behavior).



Here's a relevant story to terrify the kids at bedtime:



"Intelligent design advocates say that teaching students to 'critically analyze' evolution will help give them the skills to 'see both sides' of all scientific issues. And if the Discovery Institute execs have their way, those skills will be used to reconsider the philosophy of modern science itself - which they blame for everything from divorce to abortion to the insanity defense. 'Our culture has been deeply influenced by materialist thought,' says Meyer. 'We think it's deeply destructive, and we think it's false. And we mean to overturn it.'" ("The Crusade Against Evolution", Wired, Oct. 2004. (And see also: "Discovery Institute's 'Wedge project' circulates online".



This is an example of hacking the idea network, to change both it's behavior and its content.



jd