Sunday

Better Biofuels


The financial crisis is taking up most of the media oxygen these days, but the aftershocks of two other acute crises, in energy and food prices, are still reverberating. The combined result is that energy and agriculture are becoming inseparable issues.

It sounds counterintuitive, because lower oil prices are making fuels from farm and forest land less competitive. This is true, but only in the short run. The crisis has boosted awareness that dependency on a limited set of resources, including financial products, must be avoided by all means. The best response is diversification—and biofuels will be a major beneficiary of this incipient trend.

Today’s biofuels involve either ethanol or diesel, with the former accounting for roughly 90 percent of the market. Brazil, the United States, and China are the greatest producers. More than half of the world’s bioethanol is generated from sugar cane; the rest, controversially, comes mainly from corn. Biodiesel is mostly derived from rapeseed and sunflower. Jatropha and other “wild” crops are barely in their infancy. On the whole, biofuel crops as a tool to lift small farmers out of poverty remain an unfulfilled dream.

The real promise for biofuels lies not in food or feed crops, but in nonfood organic material such as grass, wood, organic waste (this may include the inedible part of crops, such as stalks), and algae. The potential supply is large: About half of all biomass on Earth consists of lignocellulose, a structural material of plants that can be processed into fuel. And the legal mandate will be there: By 2016, U.S. bioethanol producers will be required to switch to lignocellulosic feed stocks.

For now, coarse mechanical and chemical methods are necessary to separate the constituents of lignocellulose, and energy efficiency is still low. But soon enough, more sophisticated use of bacteria, fungi, and yeasts will make the processing far easier and cleaner. Aquatic biomass (such as algae) will provide another option, as will rapidly growing grass and tree species and organic refuse from households and factories.

Will the biofuels of tomorrow replace oil, as some advocates suggest? It’s doubtful. Produced and used responsibly, fuel from plants will at best be a small, though growing, piece of a broader renewable energy portfolio that includes wind and solar power. But even if electric cars are in widespread use and massive increases in fuel efficiency are taking place, the need for liquid fuels will still rise in the next decade in many areas. In some countries, adding biofuels to the mix will make a real difference in saving foreign exchange and boosting the agricultural sector. Biofuels have the added advantage of allowing the continued use of fossil fuel infrastructure, which, like it or not, is one Big Thing that will be with us for some time to come.

By-Louise O. Fresco is professor at the University of Amsterdam.

Human Engineering - A New You



Financial engineering brought us to the edge of ruin, but human engineering—directed evolution—will reshape the global economy, and sooner than you think.

As countries and industries grow increasingly overwhelmed by wave after wave of bankruptcies, layoffs, restructurings, botched contracts, and embarrassing bonuses, they might lose sight of a second, much larger set of tsunamis gathering force over the horizon. While the economy is melting down, technology is moving forward at an even faster rate. The ability to adapt to the accelerating pace of change will determine who survives.

To use the current bailout jargon, at least three major technologies are shovel-ready: the programming of tissues, the ability to engineer cells, and robots. As these breakthroughs and others converge, we are going to see a massive restructuring of global economic power.

***

We can now program life. Several months ago, researchers at the J. Craig Venter Institute and Synthetic Genomics took a mycoplasma cell and inserted long strands of DNA into it, making the cell an entirely different species. In January 2008, the same team built and inserted the world’s largest organic molecule into a cell—this is the equivalent of a complete software package to program cells. One year later they produced thousands of these programs in a single day.

Taken together, these discoveries mean that one can write out a life code, manipulate a cell, and execute a specific desired function. It means we can convert cells into programmable manufacturing entities. But this software builds its own hardware, allowing companies to begin using bacteria to produce chemicals, fuels, medicines, textiles, data storage, or any series of organic products.

These discoveries, and new applications, are spreading rapidly. Researchers at the Massachusetts Institute of Technology have assembled a standard registry of biological parts. Think of this as a RadioShack for cells. You can get open-source proteins, RNA, DNA, regulators, and terminators. In 2008, hundreds of students from 21 countries came together to make cool live stuff. Rice University’s team tried to engineer resveratrol (the substance that makes red wine good for you) into beer, leading one judge to exclaim, “Wow, cancer-fighting beer. There is a God!” The Taiwanese team was just a little more ambitious. It attempted to engineer gut bacteria to act as a kidney.

Over the next decade, hundreds of open-source and private designs will blossom into millions of projects and applications. Some of these products will fundamentally change how and where we produce most of what we consume.

A second major tsunami is our increasing ability to grow complex organic structures, such as limbs, bladders, hearts, and tracheas. All complex organisms start out as undifferentiated, pluripotent cells, meaning these cells contain an entire genome and are able to produce all body parts. Mexico’s dinosaur-like axolotl salamanders naturally regrow body parts, including sections of their hearts and brains as well as whole limbs. A very young human can regrow parts of fingers. Taking this concept one step further, Cliff Tabin at Harvard Medical School is growing extra wings on chickens.

And soon, it may be possible to do this without a full body, just some cells. Over the past year, researchers shocked human cells back to their pluripotent state. This means that rather than using embryonic stem cells, we can grow skin cells from our own tissue into other body parts. Wake Forest University’s Anthony Atala is growing human bladders and ears in glass containers. A Colombian woman dying of tuberculosis had her own trachea regrown. And Harald C. Ott, a researcher now at Massachusetts General Hospital, took all the cells off a rat heart, leaving only a framework behind. His team then put rat stem cells onto this scaffold, whereupon the cells self-organized and the heart began to beat. Turns out life happens, and we are just learning the rules on how to program it.

Finally, a third tsunami, one we have gotten tired of waiting for: robots. Those of us of a certain age grew up expecting that by now we would have the Jetsons’ robot maid, Rosie, simplifying our lives. Yet so far, all we have is the Roomba vacuum cleaner. We have waited so long and watched so much science fiction that our expectations are now very low.

But change is coming fast. Boston Dynamics’s BigDog robot, for instance, is at the forefront of a paradigm shift in transportation, logistics, and perhaps warfare. It can carry nearly 350 pounds over complex terrain, including ice and steep, snowy forest ridges. Harvard University’s Robert Wood is working on the other end of the design scale, building robots the size of flies. All manner of surveillance, transport, and communication are about to be altered permanently by the coming robot age. When this development is tied to miniaturized, terabyte-scale processing, the engineering and data-processing breakthroughs will be extraordinary. Before we know it, robots will be everywhere.

Robotics and materials design are already changing humans. In the 2008 Olympics, double-amputee sprinter Oscar Pistorius attempted to compete against the “able-bodied.” Running on a pair of artificial legs made of carbon fiber, he missed the cutoff time by just under a second. One of Pistorius’s successors is going to qualify next time. Two or three Olympics after that, the “disabled” may well be unbeatable. And the materials and robotics revolution is coming together with brain mapping, imaging, and control. Already, artificial arms can be controlled with no muscle input, just brain commands.

The possibilities go way beyond limbs. Our hard-of-hearing grandparents used big megaphones; our parents had big boxes, above the ears, that would whistle at odd times. Now we use barely visible miniature earbuds, and cochlear implants provide the deaf with at least some sense of sound. In a few years, as machines continue to double in power and halve in cost, they will hear normally. Two or three years after that, they will do many things we cannot: focus hearing, increase or decrease sensitivity, and hear sounds that dogs, bats, or whales can hear.

The same is happening with eyes. Implants may soon allow the blind to begin to see light and dark, and eventually shapes, colors, and details. Implanted eyes may someday be able to focus, see ultraviolet or infrared light, and record and transfer images externally.

***

As innovators begin to read, reproduce, and program life, they will change almost every industry across the globe. Already, a majority of the grain we consume is genetically modified, and clothes, medicines, plastics, cars, fuels, and information companies use life-science technologies. Disposable food containers at Wal-Mart are made of biodegradable plastic grown in plants. Companies as diverse as L’OrĂ©al, Procter & Gamble, Kaiser Permanente, and Intel are betting part of their future on life sciences. DuPont has invested more than $100 million in a fermentation plant that helps grow your breathable, water-repellent jogging suit from bacteria. Toyota’s life-sciences division is making car parts from plastics grown in plants. Google’s mapping software helps display and navigate bacterial genomes, and the company is backing a Harvard scientist in decoding the genomes of 100,000 people.

Over the past few decades, the ability to code digits created an unprecedented burst of wealth, a large-scale restructuring of industries, and the rapid rise of once poor countries (Ireland, Singapore, South Korea, Taiwan, and some regions of India come to mind). Something similar is occurring in life-literate countries. What began in the mid-1990s as an obscure subspecialty related to pharmaceuticals has become a key component of national development plans. Brazil leads the world in biofuels production thanks to life-science programs launched decades ago. South Korea invests in cloning and tissue engineering. Costa Rica is bridging medicine, ecotourism, and biomanufacturing. The next Bangalores will likely be powered by the life sciences.

Life code and other applied technologies such as robotics are perhaps the most powerful levers humans have ever had. The ability to adopt and adapt to these technologies will eventually determine who gets, or remains, powerful and rich on an individual, national, and regional scale. It is the basis for the next Ford, Intel, Microsoft, and Google. Boston, San Diego, Rockville, and Silicon Valley, not to mention Beijing, Singapore, and Seoul, are continuing to invest in life-science stocks, which are outperforming stocks in other industries.

But even the rise and fall of nations and regions may be relatively small compared with the eventual scale of the change. By beginning to read and write life code, we are gradually becoming a different species; we are moving from Homo sapiens into Homo evolutis, a human being that deliberately engineers its own evolution and that of other species. And that is the ultimate tsunami.

BY- Juan Enriquez, author of As the Future Catches You, is managing director of Excel Medical Ventures, a venture capital company that invests in life-science technologies, and a cofounder and shareholder of Synthetic Genomics.

The Next Big Thing !


As NIKOLAI KONDRATIEV shivered before his executioners on a wintry Siberian morning in 1938, he could scarcely have imagined that, 71 years later, his name would be resurrected by a new generation of business theorists and management gurus seeking to understand the first Great Recession of the 21st century.

A prime mover behind Lenin’s 1921 New Economic Policy, which briefly rehabilitated capitalism in order to save a young Soviet Union from imminent collapse, Kondratiev was an intellectual insurgent in a time and place where heresy could get one killed. Kondratiev theorized that economic activity took place in long waves: 50- or 60-year periods of creativity and growth followed by briefer contractions, after which the cycle would begin anew.

So taken was Joseph Schumpeter, the Harvard University economist best known for coining the term “creative destruction,” with the idea of long waves that he named the concept for Kondratiev. Schumpeter’s view was that innovation tends to arrive in clumps: “discrete rushes which are separated from each other by spans of comparative quiet.” These bursts of creativity, he wrote, “periodically reshape the existing structure of industry by introducing new methods” of production, organization, and supply. As for the negative effects of depressions—unemployment, the loss of wealth, economic dislocation—they were just creative destruction at work.

Today, with the pillars of capitalism falling all around us, it might seem odd to wonder what world-changing shifts this Great Recession will help bring to life—what Next Big Thing is just around the corner. But moments of rupture such as these are precisely what true innovators seek to exploit, creating new paradigms and leaving a trail of winners and losers in their wake. Companies, technologies, and ideas that survive this latest tide of creative destruction will emerge sharper, stronger, and more resilient for it.

History virtually guarantees it. The Long Recession that began in 1873 paved the way for new titans of industry and finance. The Great Depression before World War II gave us synthetic rubber, television, and the New Deal. The popping of the 1990s tech bubble cleared the field for Google.

So what might the next wave bring? Massive structural shifts are no doubt in store for capitalism itself, with the once mighty financial industry on its knees and market fundamentalism in retreat. In world politics, power may be fragmenting, but a humbled America stands poised to be an unlikely beneficiary of the crash its financial wizards created. Awareness of the Earth’s vulnerability is growing, but perhaps not fast enough to combat environmental decline. And in the new field of bioengineering, scientists are steadily perfecting technologies that may forever alter what it means to be human.

Innovation can be a double-edged sword. The Carnegies and Rockefellers of the late 19th century became Teddy Roosevelt’s crony capitalists in the early 20th. The engineering advances of the 1930s helped turn World War II into a bloodbath. And the credit-default swaps and collateralized debt obligations of the 2000s became financial weapons of mass destruction in 2008. We can expect what comes next to have its dark side, too.

We can’t predict the future with any certainty. But we know it will be much different from today. Get ready for a world of change. Get ready for the Next Big Thing.

Wednesday

Bush rips Hu's Sleeve


Washington, DC (APE) - In what appeared to be an apparently innocent attempt at keeping Chinese President Hu Jintao from descending the wrong set of stairs off of a platform yesterday at a ceremony on the South lawn of the White House, President Bush grabbed the sleeve of Jintao's jacket, accidentally ripping it, and revealing it to be a cheap Chinese knock-off of a $5,000 custom tailored Italian suit. The Chinese president appeared very flustered but was able to maintain an outwardly calm demeanor. Anonymous White House sources, however, revealed that Jintao was privately enraged afterwards.

'Disproving' God

An atheist professor of philosophy speaks to his class on the problem science has with God, The Almighty.
He asks one of his new students to stand and.....

Prof: So you believe in God?

Student: Absolutely, sir.

Prof : Is God good?

Student: Sure.

Prof: Is God all-powerful?

Student : Yes..

Prof: My brother died of cancer even though he prayed to God to heal him. Most of us would attempt to help others who are ill. But God didn't. How is this God good then? Hmm? (Student is silent.)

Prof: You can't answer, can you? Let's start again, young fella. Is God good?

Student: Yes.

Prof: Is Satan good?

Student : No.

Prof: Where does Satan come from?

Student: From....God...

Prof: That's right. Tell me son, is there evil in this world?

Student: Yes.

Prof: Evil is everywhere, isn't it? And God did make everything.. Correct?

Student: Yes.

Prof: So who created evil? (Student does not answer.)

Prof: Is there sickness? Immorality? Hatred? Ugliness? All these terrible things exist in the world, don't they?

Student: Yes, sir.

Prof: So, who created them? (Student has no answer.)

Prof: Science says you have 5 senses you use to identify and observe the world around you. Tell me, son...Have you ever seen God?

Student: No, sir.

Prof: Tell us if you have ever heard your God?

Student: No, sir.

Prof: Have you ever felt your God, tasted your God, smelt your God? Have you ever had any sensory perception of God for that matter?

Student: No, sir. I'm afraid I haven't..

Prof: Yet you still believe in Him?

Student: Yes.

Prof: According to empirical, testable, demonstrable protocol, science says your GOD doesn't exist. What do you say to that, son?

Student: Nothing. I only have my faith.

Prof: Yes. Faith. And that is the problem science has.

Student: Professor, is there such a thing as heat?

Prof: Yes.

Student: And is there such a thing as cold?

Prof: Yes.

Student: No sir. There isn't. (The lecture theatre becomes very quiet with this turn of events.)

Student : Sir, you can have lots of heat, even more heat, superheat, mega heat, white heat, a little heat or no heat..
But we don't have anything called cold. We can hit 458 degrees below zero which is no heat, but we can'tgo any further after that. There is no such thing as cold . Cold is only a word we use to describe the absence of heat . We cannot measure cold. Heat is energy Cold is not the opposite of heat, sir, just the absence of it . (There is pin-drop silence in the lecture theatre..)

Student: What about darkness, Professor? Is there such a thing as darkness?

Prof: Yes. What is night if there isn't darkness?

Student : You're wrong again, sir. Darkness is the absence of something. You can have low light, normal light, bright
light, flashing light....But if you have no light constantly, you have nothing and it's called darkness, isn't it? In
reality, darkness isn't. If it were you would be able to make darkness darker, wouldn't you?

Prof: So what is the point you are making, young man?

Student: Sir, my point is your philosophical premise is flawed.

Prof: Flawed? Can you explain how?

Student: Sir, you are working on the premise of duality. You argue there is life and then there is death, a good God and a bad God. You are viewing the concept of God as something finite, something we can measure. Sir, science can't even explain a thought.. It uses electricity and magnetism, but has never seen, much less fully understood either one.To view death as the opposite of life is to be ignorant of the fact that death cannot exist as a substantive thing. Death is
not the opposite of life: just the absence of it. Now tell me, Professor.Do you teach your students that they evolved from a monkey?

Prof: If you are referring to the natural evolutionary process, yes, of course, I do.

Student: Have you ever observed evolution with your own eyes, sir? (The Professor shakes his head with a smile, beginning to realize where the argument is going..)

Student: Since no one has ever observed the process of evolution at work and cannot even prove that this process is an on-going endeavor, are you not teaching your opinion, sir? Are you not a scientist but a preacher? (The class is in uproar.)

Student: Is there anyone in the class who has ever seen the Professor's brain? (The class breaks out into laughter.)

Student : Is there anyone here who has ever heard the Professor's brain, felt it, touched or smelt it? No one appears to have done so. So, according to the established rules of empirical, stable, demonstrable protocol, science says that you have no brain,sir. With all due respect, sir, how do we then trust your lectures, sir? (The room is silent. The professor stares at the student, his face unfathomable.)

Prof: I guess you'll have to take them on faith, son.

Student: That is it sir... The link between man & god is FAITH . That is all that keeps things moving & alive.

NB: I believe you have enjoyed the conversation...and if so...you'll probably want your friends/colleagues to enjoy the same...won't you?..... this is a true story, and the

student was none other than..........
...

.

.

.. APJ Abdul Kalam, the former president of India .



A tribute for the 200th birth anniversary of Charles Darwin…

Why science can talk about ‘God’ –

One of the reasons why people argue that science should be absent from discussions about God is because while science concerns itself with the material, God concerns himself with the ‘spiritual’ nonmaterial realm. But there are a number of theories of God (and ‘by God’ – if Bible is to be taken at its face value) that explicitly deal with the material realm. To that extent science has ‘standing’, in the judicial sense.

One prominent theory of the ‘divine’ made with ‘ungodly’ frequency is that God has a direct impact on the material well being of humans. But here’s how the claim falls short –

Given systematic temporal and geographic variance exists in poverty, life-expectancy, etc. and given we have been able to attribute a majority of the ‘causes’ for such to human action, ‘God’ inarguably plays only a peripheral part in the destiny of man, albeit a larger role in destiny of women (mostly through hands of believers). What I mean by that is simple – mortality rates differ by geography (US versus say Africa, or within US – maybe god likes the ‘godless’ NE liberals), and by time (we live longer today than we did 200 years ago). The variance in mortality and life-expectancy also seems to respond to human intervention, variedly defined as discovering new technologies, to committing war. So unless we believe God systematically dislikes Africans, or liked people less 200 years ago -when arguably people were more ‘moral’ on some variables favored by the current fundamentalists – we have little grounds to believe that God is a large force in determining life-expectancy, or mortality.

Let’s assume for the ‘devil’s’ sake that ‘God’ is a confounding variable, which can be seen as true in more than one way – first, given that he is alleged to work in mysterious ways, and second in the statistical sense i.e. God determines both temporal, geographic, racial and other kinds of variance in distribution of poverty, the human action to which it is causally attributed, and life-expectancy. But that version of God conflicts with our theories about human action (say greed) and our theories about God – who allegedly ought not to reward people motivated by such things as greed. But then punishment can come in the ‘after life’- via hell, where an ever larger number of people are being systematically tortured through great expense of energy, and in a manner that will leave the Bush administration officials chagrined. Even if we imagine that theories of after-life action are true, their impact on the material world is limited to the extent people believe in the threat of punishment. To that extent, God is an instrumental identity for achieving some version of morality.

Another challenge to the presence of ‘God’ comes from the probabilistic nature of our causal models. ‘God’ theories ought to be perfect (explain about 100% of variance) while theories of social action can be probabilistic. To ascribe probabilistic thinking and action to God would significantly conflict with theories of God, though one can imagine that he sets the mean, and ‘will’ causes the error term. A starker version of the same would be that God allows free will, and to that degree that he allows for it and the world is shaped by ‘free will’, and God is immaterial to bettering social condition. Another reason to discount challenge to God theory can be the following – we just don’t know the generating mechanism (or life/death) and probabilistic conditioning seems to come from fitting known world models onto data generated by God model – which is by the way synergestic enough with world model (more poverty = earlier death) to be disturbing.

One way to look at the argument presented here is that God may exist, but s/he/it isn’t particularly strong. And if strength/omnipotence is taken to be a fundamental descriptive attitude of the object (God), it is likely that the object doesn’t exist as well. The counterargument to the above would perhaps need to factor in differing conceptions about the object and its power. For example, one may say that s/he/it is doing all it can to reduce evil to its lowest form – and that is indeed the present condition. Perhaps then more minimally – since he is already doing all he can and rest depends on us - we can argue that God isn’t a particularly useful intervention for changing one’s situation in the world.

The Problem Of Pakistan

I will first sketch the history of and the situation in Pakistan, and then suggest a range of options. Throughout the piece, I will use “Jihadist groups” as an umbrella term for groups including the Kashmiri terrorists, LET, UJC, AQ, Taliban, and the like. My apologies to those who see Jihad as an internal spiritual struggle; I cannot think of a more efficient term.

In 1965, Old Pakistan tried unsuccessfully to annex the part of Kashmir that fell to India during the spoils of independence / partition. Six years later, in 1971, an East Pakistan (Bengali) based party won national elections. Because the party was East Pakistan based, the West Pakistan dominated military refused to recognize the election results, and launched a coup. What followed was an incredibly bloody suppression of a Bengali insurgency. The West Pakistani military action caused the killing of about 1.5 million people in a space of nine months; that would average out at five thousand killings every day during the whole of those nine months. These are controversial numbers, difficult to verify, so I have halved the numbers claimed by Bangladesh. Ten million Bengalis became refugees in India. India started to support the insurgency, and Pakistan declared war on India at the end of 1971. With the help of Bengali insurgents, India forced a surrender of Pakistani forces in the area, and East Pakistan became independent Bangladesh.

In nearly forty years of independence, Bangladesh has coexisted peacefully with both Pakistan and India, viewing neither as a threat or even a rival. It should be noted here Bangladesh’s population is roughly equal to that of Pakistan, and is about 90% Muslim. On the other hand, West Pakistan took ownership of the identity of Old Pakistan – viewing India as a rival and a threat, and itself as the lands of the Muslims of the subcontinent. It did this despite having just lost about half of its population to Bangladesh, and being reduced to a nation of Punjabis, Sindhis, and a host of peoples in the mountainous Northwest of the subcontinent. West Pakistan chose to overlook its slaughter of up to three million Bangladeshis (West Pakistan would point out in its defense that it murdered and raped a disproportionately high number of Hindus). Instead, West Pakistan held India fully responsible for the breakup of Old Pakistan and the emergence of Bangladesh. West Pakistan (henceforth Pakistan) forged a new Pakistani national psyche, which dramatically reinforced India as Pakistan’s existential nemesis. Pakistan forthwith embarked on its project to acquire nuclear weapons. The nuclear weapons project was easily accelerated in the 80s because the West was happy to look the other way. In exchange, Pakistan channeled Western money to Jihadist forces, among others, in order to overthrow the Soviet backed regime in Afghanistan. The channeling of vast moneys through the ISI made it much more powerful, even as it was radicalized both by its common cause with Jihadist forces, and by the Islamization under General Zia.

The end of the 80s saw Pakistan’s acquisition of nuclear weapons, and the successful conclusion of anti-Soviet action in Afghanistan by the alliance of the West, the Jihadist forces among others, and Pakistan’s ISI. The former gave Pakistan carte blanche to pursue any military action against India short of a frontal assault; the latter placed at Pakistan’s disposal, a considerable Jihadist force and the bureaucratic / political structure (ISI) to manage these forces. Pakistan decided to capitalize on the sense of grievance in the Muslim majority state of Kashmir over two instances of opportunistic behavior by the Congress party earlier in the 80s (the Congress had behaved similarly in most other Indian states). Accordingly, it set up extensive terrorist training camps in Pakistani Kashmir, and unleashed a violent, partially Jihadist insurgency in Indian Kashmir. One of the first actions of this insurgency was to carry out an ethnic cleansing of Hindus from the Kashmir valley. This insurgency has continued since, claiming on average three thousand lives every year. Pakistan’s usual rationalization for supporting this partially Jihadi insurgency is that it helps defend Pakistan by keeping a large part of the Indian army tied down in Kashmir. This reasoning is patently absurd: India could retain territorial control over Kashmir during any hostilities with a fraction of the army it currently needs to maintain law and order. Besides, Pakistan’s nuclear deterrent should forestall any hostile intentions India may ever have had. Meanwhile, among the various groups that Pakistan supported to a greater or lesser extent, the Taliban not only consolidated its hold over most of a fractious Afghanistan, but also became a reliable ally of Pakistan until 9/11 shook things up a little.

The past two decades in Pakistan have been characterized by an unstable political equilibrium. There are three important political factions: The Bhutto party with its base in Sindh, the Sharif party with its base in Punjab, and the military with its base in a combination of raw power, and popular dissatisfaction with the extreme corruption in the other two political factions. Neither the Bhutto nor the Sharif faction has compromised on their core interest of corruption: neither party has indicated an interest in good governance as a means of staying in power. The military, though more interested in good governance than the others, has not compromised on its core interest of absolute power – has not accepted any power sharing as a means of co-opting ambitious civilians. All three factions share the national consensus about supporting the violent, partially Jihadist insurgency in Kashmir. All three have a similar approach to the Taliban, namely, that they are a core ally of Pakistan who must be protected even as Pakistan needs to guard itself against some of their excesses. All three also approve of groups, which carry out bombings of movie houses, markets, commuter trains, and the like in major Indian cities every few months. The most “spectacular” of these were the attacks on various targets in Bombay including the Taj Mahal hotel and the Victoria Terminus railway station.

For those inclined to deem this a rather harsh assessment of Pakistani political players, consider the following sample of responses (largely from moderate parties or moderate military figures at a time when Pakistan had great external pressures and incentives to act moderately:

* General Musharraf cut deals with the Jihadi forces by ceding parts of FATA to them and allowed other Jihadi groups like LET full freedom to operate in Pakistan; all this despite the fact that these groups supposedly tried to assassinate Musharraf himself on at least three different occasions.
* When Ms. Bhutto was assassinated by Jihadi groups, her party directed blame at elements in the government allied to those groups rather than at the groups themselves. Part of this was because it was more expedient to blame the government (governing party) during an election campaign. But part of it is also because of the reluctance to openly criticize Jihadi groups. This latter construction is reinforced as Ms. Bhutto’s widower recently concluded a deal with the Taliban in which the government ceded the Swat valley to the Taliban. The Taliban has promptly taken control of the lucrative emerald mining operations in the area.
* For several weeks after the Indian government released the names and addresses of the Bombay attackers, the Pakistani government refused to admit that any of the attackers was Pakistani. Indeed, Mr. Sharif was raked over the coals when, within a couple of weeks, he acknowledged that the captured attacker at least was Pakistani. Along similar lines, in the wake of the recent attack on the Sri Lanka cricket team, a Pakistani minister promptly blamed the Indian government for carrying out the attacks. The MO of the Pakistani political establishment is always the same: while they vehemently condemn terrorist attacks (thereby giving the appearance of sanity), they rarely attribute it to any group (other than the Indian government). This lack of attribution preempts any obligation to publicly condemn the Jihadi groups.
* When faced with Jihadi groups induced instability: increased suicide bombings in Pakistan including in Punjab, the tenseness surrounding the attacks on Bombay, the attack on the Sri Lanka cricket team, the ceding of Swat to the Taliban after a vicious campaign including wide spread school burnings, and the like crises, the Bhutto faction responded not by trying to undermine the Jihadi groups, but rather by trying to undermine the Sharif faction. Accordingly, they have packed the courts with partisans, and recently both Mr. Sharif, and his brother (the governor of Punjab), were disqualified from running for office. The Bhutto faction backed down only after massive street protests threatened its own hold on power.

The foregoing represents what we can expect from the Pakistani political establishment under any modification of business as usual. The reason for this is simple if rather uncomfortable, namely, that the central and defining element of what it means to be Pakistani is a hatred of India. This is not to suggest that every single Pakistani Muslim hates India (only an overwhelming majority do), or that it is a consuming passion (most have more immediate and concrete matters to preoccupy them). Rather, the view that India is Pakistan’s existential nemesis is assumed to be a self-evident truth. This has made hatred of India the preeminent national value. Establishing extreme anti-Indian bona fides has become a surefire shortcut to legitimation for any group whatever. Any Jihadi group knows that it only has to establish its anti-Indian bona fides (by fighting in Kashmir, bombing Indian civilians, or in any other way) to have carte blanche to do anything in Pakistan (including killing Pakistanis). As long as the extreme anti-Indian sentiment and the legitimation shortcut exists, and it will under any business as usual scenario, Pakistani Jihadi groups will be ineradicable.

But is the current unstable equilibrium satisfactory for the primary stakeholders? I will focus only on Pakistan, America, and India (Afghanistan is powerless to effect any change, so I will ignore it). All three stakeholders have grounds for dissatisfaction. Pakistanis are dealing with a deteriorating and unstable equilibrium. Extremists have struck in the heart of Punjab, the Pakistani army is often engaged on the front at the frontier, and Pakistan has become the centre of much unpleasant international attention. America has sunk a lot of money and prestige in its Afghanistan operation, and would dearly like to proclaim it a success. There is also a significant if quite minor security angle to the American operation. India has become more integrated into the global economy. Spectacular attacks like those on international hotels in Bombay are likely to jeopardize India’s status as a business and investment destination much more than the mundane attacks on commuter trains and movie houses.

Yet it may be more than arguable that the unstable equilibrium is preferable to the unknown consequences of any action that would disrupt business as usual. It cannot hurt to remind ourselves of the different responses of India and America to comparable attacks. India has largely taken them in its stride without making a big fuss. As a consequence, it has continued to maintain an 8% growth rate even as several hundred people are killed every year in bombings, and a few thousand in Kashmir every year (the latter are primarily Kashmiris unsympathetic to the Indian cause). A severe disruption of the status quo could have the highest cost for India since it shares a long and at places an unmanageable border with a nuclear Pakistan (think dirty bombs), not to mention that its important cities are within range of Pakistani missiles.. Gaurav has suggested that India can reduce the adverse effects of spectacular attacks on India’s international image as an investment destination by a few careful media regulations. Starving western (and probably Indian) media of video feeds would turn these from “spectacular” attacks to mundane deaths and killings worth only perfunctory coverage.

America has already paid the price for disturbing a stable if unpalatable equilibrium in Iraq. Indeed the primary victory of the 9/11 attackers was in knocking America off balance psychologically. What should have been no more than a $200 billion loss has turned into a multitrillion loss (the worth of the lives lost in the 9/11 attacks was only about $20 billion assuming the rather generous $6 million per life used by the government in its usual cost benefit analysis). America could settle for maintaining a nominal, internationally recognized client regime in Kabul. America could check Jihadi forces by retaining the right to bomb targets of interest all over Afghanistan. Under such an arrangement, even if the Taliban held parts of the country (nonhostile warlords would hold most of the rest), they would not be much more of a threat to American security than they are now. In the alternative, America could actually try to win hearts and minds by helping the people of the area. No one in the region save the Jihadi forces regard America as an existential nemesis: indeed, America has been a friend of several Afghan groups in the past and present, and has been Pakistan’s most loyal ally for decades. Unfortunately, this is not a practical solution since America will need to spend significant money in helping the region’s peoples. The American people and foreign establishment have shown themselves far more willing to spend $100 billion on killing and occupying a people and their lands (it is called “supporting the troops”) than spend $1 billion on helping those people.

Pakistan has little to lose from the unstable equilibrium. It can revel in its national identity as the lands of the subcontinent’s Muslims by nurturing extreme Islamic groups, and by continuing to be a thorn in India’s side by supporting a partially Jihadi insurgency in Kashmir, and terrorist attacks by Jihadi groups in India. Pakistan will not need to acknowledge its role in the slaughter of millions in Bangladesh, fulfill its duties as a nuclear armed nation, or face the consequences of exporting terrorism to other countries.

But what if the unstable equilibrium ceases to be an equilibrium, and becomes a slippery slope where the Jihadi forces have a real shot at getting power in Islamabad? Though still very improbable, this scenario is not as outlandish as it was even a couple of years ago. If Pakistan were not nuclear armed, the world might have allowed the struggle between fundamentalist and moderate groups to play itself out over the customary few decades. However, its nuclear status ensures that the world will not leave Pakistan alone if there is a threat of a fundamentalist takeover. Such is the price to be paid for becoming a significant power! With this in view, I will discuss some of the measures that can be taken by outside players (America and the international community) to forestall this outcome. It should be understood that these measures should be considered only when the equilibrium is seriously threatened, or if there is a very high chance of the measure succeeding. The equilibrium persists because Islamic fundamentalists have never garnered significant support in the key provinces of Punjab and Sindh, which contain close to 80% of Pakistan’s population. It will not be seriously threatened unless extremist parties gain significant support in Punjab. Currently, they hold around 1% of the seats in Punjab, and received just over 2% of the nationwide vote. However, we must remember that the government of NWFP surrendered Swat to the Taliban despite the extremists winning just over 10% of the seats and votes in NWFP. Thus, “significant” support which should trigger the softer option means anything approaching a double digit share o the vote, and “substantial” support which should trigger the hard line option means a vote share well short of the 29% that gave the PMLN a near majority in the Punjab.

The softer option is to exert extreme economic pressure on Pakistan to achieve definite outcomes. The economic conditions must include generous aid on the one hand, and extreme sanctions including extreme trade sanctions and denial of practical access to international financial institutions on the other. The outcome sought should amount to no less than a revamping of Pakistan’s identity. This would include among others: taking strong action against all terrorist groups, surrendering all listed government officials to an international court to face charges of supporting terrorism (the names of a few ISI officials submitted by America to the UN can be the starting point for such a list), a settlement of all outstanding issues with India by a date certain (de facto acceptance of the status quo), and a revamping of the education system to exclude not only extreme Islamism, but also extreme anti-Indian sentiment. Pakistan has a recent record of changing the course of governments through popular pressure. A sufficiently tight squeeze on all sectors of society couple with generous incentives and an effective public campaign could well deliver even such a radical shakeup. These would doubtless be seen by Pakistan as humiliating conditions, and an assault on its national identity. But one must also remember that the right to support and orchestrate terrorist attacks in India has been seen by Pakistan as a nonnegotiable part of its national identity. A very mild version of this option is seen in the Obama administration making significant aid to Pakistan conditional on Pakistan stopping its support of groups, which carry out terrorist attacks in India. Even this version, which only asks Pakistan to stop supporting terrorist groups (as distinct from taking action against them), has become quite controversial.

The more hard line option involves a redrawing of the regional map, and a dissolution of Pakistan. The redrawing would create ethnic nations in the area. Thus, Punjab, Sindh, and most of Baluchistan would become their own nations. Northeast Baluchistan, NWFP, and FATA would be joined with southern and eastern Afghanistan to form a Pashtunistan. The rest of Afghanistan would form its own nation, or choose to be absorbed into neighboring nations like Tajikistan, Uzbekistan or Iran, based on regional demographics. There would have to be a solution for the Pakistani regions of AK and FANA, which will not ally them with Punjab. The military action would need to be NATO based, and exclude India to avoid a nuclear incident. Naturally, this solution should be implemented only when the extremists gain substantial support in Punjab.

Though this is a high risk strategy, there are a couple of reasons why it is likely to deliver the best long term outcome for all the peoples involved. The two most prominent recent examples of failed states falling to Islamic extremists are Afghanistan and Somalia. Both were riven by ethnic or clan factions. Since the primary role of traditional governments is to reallocate resources, a factionalized nation is much more likely to be unstable due to competition among the factions for a larger share. Islamic governments hold out not only the prospect of religion as a unifying force amid the actions; they proclaim that their primary role is the establishment of an Islamic way of life. This is what made the Islamic fundamentalist regimes (the one in Somalia was not particularly intolerant) remarkably stable until they were overthrown by foreign invasions. Pakistan also has strong regional factions, which would find an Islamic fundamentalist regime attractive in difficult circumstances, and find self-determination attractive if it can be easily achieved. As mentioned before, Islamic fundamentalism has a greater draw for Pakistan, which sees itself as the lands of the subcontinent’s Muslims, and which sees largely Hindu India as its existential nemesis.

I have mentioned before how the visceral anti-Indian sentiment among Pakistani people gives any groups that attack India and Indians a shortcut to legitimation. This visceral anti-Indian sentiment is unlikely to survive a dissolution of Pakistan. The largest postdissolution nation would be Punjab with a population around 8% of the Indian population, and an area barely a quarter of the current Pakistan. The fiction that this nation comprises the lands of the subcontinent’s Muslims would be even more difficult to maintain. Any credible rivalry with India will be equally unrealistic. The new nations would likely settle into a pattern of peaceful coexistence similar to Bangladesh. Like Bangladesh they will derive their national identity from internal cultural history rather than by positing an external nemesis. Western hopes about Pakistan have always rested on the hypothesis that the moderate peoples of the Punjab and Sindh can be leveraged to defeat the Jihadi forces in the frontier regions. However, given the virulent anti-Indian (and increasingly anti-American) sentiments, the Jihadi forces have found it much easier to manipulate the sentiments and resources of Punjab and Sindh. There is no chance that this situation will change organically in the next few decades. Dissolution of Pakistan will starve the Jihadi forces of the logistical, human and technological resources of Punjab and Sindh. They will therefore become much less dangerous, and their smaller inconsequential state will be easier to manage. The moderateness of the people of Punjab and Sindh, when freed from the polarizing influence of anti-Indian sentiment in a postdissolution situation, will likely create modern secular nations concerned with economic progress.

The three broad options I have laid out here: the status quo, the softer option of squeezing the Pakistani people to deliver an overhaul of their institutions and identity, and the hard-line option of the redrawing of the regional map are not necessarily preferable in a descending order. Indeed, the probable outcomes would make them preferable in an ascending order. It is primarily my risk-averseness and cost benefit analysis approach to civilian casualties that makes me rank them as I do. It is important to understand that if Pakistan starts sliding down a slippery slope, the mild half-hearted policies that have marked the international approach to Pakistan hitherto will be dangerously ineffective. The options I have outlined here are among the more credible approaches to avoid the serious consequences of a nuclear Pakistan turning into a failed state. Policy makers must have clear thresholds for deploying these options, based on the extent of support for extremists in Punjab. Until then we will continue to see the half-hearted pressure for superficial results, which will not address the need for the overhaul of the Pakistani institutions and identity that make it susceptible to Jihadist forces.

Beyond Dollar

It's time for Asia to look beyond the dollar

Interview of Joseph Stiglitz by Siddharth Varadarajan

Both Thomas Friedman and you start your books in Bangalore but he discovers the world is flat while you discover the path to globalisation is full of potholes.

The amusing thing is that Friedman went to Bangalore and visited Infosys a month after I did. I heard exactly the same stories and we were both struck in some of the same ways. But I say that not only is the world not flat but in many ways it's getting less flat. Some countries are doing much better — India and China are growing at historically unprecedented rates, and this has a lot to do with globalisation — but Africa doesn't have either the education or resources to take advantage of these new technologies. As a result, disparities are actually increasing. The Uruguay trade agreement was so unfair it made the poorest countries in the world worse off.

In your book, you also argue that the rules of the game — the financial architecture, corporate domination, IPR regimes — are all making the world less flat, more unequal. Can you give us an example?

One manifestation is that for the first time we have a global monopoly in an industry that is the pivotal industry, IT — Microsoft, Intel. This may not be a permanent monopoly but clearly we have a dominant firm that is dominant for a considerable number of years and gained its dominance through anti-competitive practices. Judges in the U.S. and Europe have ruled it engaged in anti-competitive practices. In the case of Standard Oil, there was a monopoly, so they broke it up. Here, they don't know what to do, so they've allowed it to continue, and it has continued to engage in anti-competitive practices.

You mentioned India as a success. How sustainable is its current growth?

If you look at the sector where India has grown, it's been IT. And the success of IT is largely based on heavy government investments in the past on education, the IITs, science. These are investments made over 50-100 years that have started to pay fruit.

Course corrections


What about public investments in heavy industry — the fact that India was able to reach a critical level in manufacturing?

I haven't studied the Indian economy that thoroughly but my impression is that the real engine has been the IT sector and that's related to education and to the good fortune of the world changing in ways that suddenly gave new opportunities India was able to seize. There are many things which facilitated that — over-investment in fibre optics in the U.S., for example, brought down telecommunication costs. Some telecom policies of liberalisation meant the cost of communications were lower. And there were things the government could have done that would have messed things up. For example, in Mexico, the cost of telecommunications is very high because they have a monopoly provider and monopoly providers raise the price. They privatised, but not in the right way. So India did a number of things in the right way, some over a long period, some in the short run, and the world changed in a way that was just right for India.

There is a debate on the sustainability of India's growth rate without the manufacturing sector also playing a larger role. Economists are talking about the need for a course correction.

I think the view that you need to have a particular sectoral composition is wrong. The U.S., for example, is now two-thirds services, and manufacturing is down to 11 per cent.

But the share has come down after 100 years of growth. Recent research on employment elasticities suggests India's over-dependence on IT and services may not be the best strategy. Can a country of India's size develop without manufacturing being a major contributor?

The view that everybody has to go through the same historical sequence is wrong. The world today is different from what it was 50 years ago, there was no IT then, and there is no particular reason you have to go through the same sequence. It may be that for India it is appropriate to skip the manufacturing stage, that China may have a comparative advantage in manufacturing. I'm not saying that's true, but there is no a priori reason to stress manufacturing. We should ask what the comparative advantages are, and, from a global perspective, whether one can have sustained growth based on a service sector economy. The answer is clearly yes. Can you have heavy exports related to services? Again, the answer is yes. Creating jobs is an important issue, but it may be that, for instance, part of the strategy for creating jobs will involve expanding tourism, which is a very labour intensive service sector. The problem in manufacturing is that modern technology doesn't use much labour. Most modern technologies in manufacturing are very capital intensive.

India now has an employment guarantee scheme to provide income support for the poor. How do you rate such welfare schemes against the objection that they boost fiscal deficits?

I think they're absolutely necessary for long-term sustainable growth. Latin America has shown what happens with high degrees of inequality. You get political and social instability. You have high crime rates and an environment that's not good for investment. What's also very clear is that trickle-down economics doesn't work. It hasn't worked anywhere. It hasn't worked in the United States. Even though GDP is going up, most Americans are worse off today than they were six years ago.

In fact, a survey just came out here — the Focus report on the status of children under six — which shows that despite six per cent growth for nearly a decade, the nutritional status of Indian children hasn't improved.

Yes, I just saw that and these are very, very disturbing numbers. Nutrition is a more reliable indicator than income because it is a physically observed characteristic. Growth is not trickling down so doing something about this exclusion is absolutely necessary. Even if there was just a transfer of income, this would be a benefit. But if these schemes are well-designed, they can be used to create infrastructure in the rural sector as well.

Manmohan Singh has once again started talking about capital account convertibility for India. What would your advice to him be?

I share the sentiments of those who have very strong reservations. The overwhelming evidence is that convertibility doesn't bring faster economic growth. It brings more instability. You can't build factories with money that's going to come in and out overnight but this money can wreak havoc on an economy. You have to look at the balance of benefits and costs. The costs are clear and the evidence is strong, the benefits are weak and the evidence in favour of these benefits is very weak.

Privatisation & land acquisition


In India today, there is no political support for privatisation but many reform-oriented economists consider this a bad thing. How do you see this issue?

It depends very critically on what is being privatised and how things are being privatised. When you privatise a natural monopoly before you put in a regulatory structure, the firm is more interested in raising prices. Second, based on Latin American evidence, privatisations do not, in general, lead to greater efficiency. It is true that if you artificially tie the hands of an industry by restricting investment — and IMF accounting often makes it difficult to engage in investment because it treats borrowing by the government for a public enterprise in the same manner as borrowing for social services or anything else — and then you privatise and release the artificially imposed investment constraint, privatisation can then sometimes increase efficiency. But the answer to that is to get rid of the artificial investment constraint. The benefits come from release of that constraint, not privatisation. Third, privatisation is very problematic in oil, mining sectors, etc., where the resources of a country have been turned over at bargain-basement prices.

In India, most of our privatisations involved serious valuation problems.

Revenue is an issue. One of the countries market fundamentalists often cite is Chile. I once asked the President of Chile his opinion and he said, "We were successful because we didn't follow the Washington Consensus." He went on to point out they only privatised half the copper mines. The government mines are just as efficient as the private ones but bring in 10 times more revenue for the government. So in terms of generating revenue that can be used for public purposes, privatisation was a big mistake. A lot depends on the pace and manner of privatisation but the evidence is that it is extraordinarily difficult to do it well. And there are some theoretical problems why this is so.

Agency problems?

Broadly speaking, yes. You talk about corruption and one of the arguments for privatisation is often that governments run things inefficiently and corruptly. But when you privatise, the incentives for corruption are even greater. The incentive is to try and get it at bargain-basement prices. Because you capitalise all future returns.

The rent seeking associated with the life of the asset being privatised is compressed at one moment in time.

Yes, and because it is compressed at one moment, the incentive to cheat becomes all the greater. The willingness to go beyond bounds of normal behaviour becomes all the greater. So privatisation doesn't solve the agency problem, and by compressing it, it may exacerbate it.

One of the paradoxes of market `reform' in India is that if you are a big company and are planning to set up a factory, you want a free market to buy equipment and hire workers but expect government intervention to acquire land. Can this be justified on the basis of first principles?

There is a general view that where there are large externalities — urban renewal programmes, for instance — there may be grounds for government to try and buy land and help renew a city or part of a city. But the dangers of doing this when there is a single firm without externalities are enormous. This is because the government often uses the right of eminent domain with compensation below market price.

So future rents are shared between the firm for whom land is acquired and the original land owners in a very unequal way...

That's right, exactly, and that's why these firms turn to the government. In general, there is a price at which people would sell their land. The reason these firms ask the government to do it is because they don't want to pay that market price. So once you get into that mindset, it becomes a very dangerous precedent.

The argument made in India is that land holdings are fragmented, that there is no land market. Is this valid?

You have a problem when land is fragmented, or there are land market inefficiencies, and difficulties in getting clear title. Markets might be so poorly developed that businesses can't acquire land and that becomes an impediment to development. But, of course, the right answer is to solve the problem of the land market and not to solve it for this particular person by taking over that particular piece of property!

Asia and the dollar's decline


One of the most interesting arguments in your book is where you talk about a new global reserve system. Given Washington's resistance to such ideas in the past, including to Japan's proposal for an Asian Monetary Fund, how feasible is this, especially since there's a link between the role of the dollar and the global power, the seigniorage, the U.S. derives from this?

The system of seigniorage to the U.S. is inequitable. The foreign aid from developing countries to the U.S. is greater than the foreign aid the U.S. gives and the system has a downward bias in aggregate demand. This is a very peculiar and unstable system where the only thing keeping global demand strong is if the richest country in the world consumes beyond its means. As the U.S. gets more and indebted, confidence in the dollar erodes, and it no longer is a good store of value.

Rather than holding dollars as reserves, countries should hold an internationally created `bancor' or global greenback — a `money' that's used in reserves and is convertible into ordinary currency. The idea is similar to special drawing rights but the SDR system is periodical and subject to veto by the U.S., which mistakenly thinks it gains from the system. I argue it doesn't. It gains seigniorage, but it loses stability. My proposal is for a regular rather than periodic system and one that is automatic and rule based.

And is this feasible, politically?

The current dollar system is fraying. We might go to a two-currency reserve system, which simply maintains the problem and divides it between the U.S. and Europe. This would be better than the current system but is not a good solution. As countries recognise the problem, there will be demand for change. There are two reasons why I think it is politically feasible, besides the fact that the current system is crumbling. First, the major source of savings in the world today is Asia and a lot of Asian countries are asking, "Why are we subsidising the U.S.?" This is a weird system! The Chiang Mai initiative was a framework of exchanging reserves, which is really basically the same idea. Rather than using the U.S. dollar as a reserve, we use each other, and all you have to say is that if we're using each other, we'll create a currency. One of the proposals I talk about in my book is to make this an open architecture. We'll have a cooperative agreement, and anybody who wants to join can do so, and there will be a rule that over time you have to put more and more of your reserves in the members of the club. That will put a strong incentive for countries outside the club to join, namely the U.S.

For this to work, Asia will have to take the lead.

Very much. That is the core thing. A new reserve system is not going to happen overnight but it's getting discussed.

Can Asian countries push the debate by pricing trade, especially natural resources like oil, in currencies other than dollars? Would that provide the critical mass for us to move in the direction of a new system?

It's already happening. The U.S. would like to keep the dollar as the reserve currency, and all the seigniorage. But as it realises it is fighting a losing battle — that people are moving out of the dollar — it will not be able to keep the dollar as the sole reserve currency. So the U.S. may realise that it would benefit from the greater stability that a new system would bring.