Category Archives: Technology

Are Our Problems Purely Short Term (Or Bernanke’s Contradiction)?

Last weekend, I posted a link to a speech given by Fed Governor Ben Bernanke entitled  “Economic Prospect for the Long Term”. The speech is interesting because Bernanke rarely touches on the topic of long-term growth, but on this occasion he addressed the fears of many young graduates (at least those graduates of a reflective disposition) that they face a difficult future:

Now here’s a question–in fact, a key question, I imagine, from your perspective. What does the future hold for the working lives of today’s graduates? The economic implications of the first two waves of innovation, from the steam engine to the Boeing 747, were enormous…..

…… some knowledgeable observers have recently made the case that the IT revolution, as important as it surely is, likely will not generate the transformative economic effects that flowed from the earlier technological revolutions. As a result, these observers argue, economic growth and change in coming decades likely will be noticeably slower than the pace to which Americans have become accustomed. Such an outcome would have important social and political–as well as economic–consequences for our country and the world.

To counter this rational pessimism (which this blog espouses), Bernanke gave three main counter arguments.

  1. We can’t predict the technological future
  2. The IT revolution has barely started and its best fruit, in terms of economic growth, may yet to be harvested
  3. Globalisation allows the generation, transmission and adaption of new ideas to take place on an unprecedented scale

The only problem with this rose-tinted spectacle view of the world is that it flies in the face of the market’s own evidence. In a speech just two months earlier, Bernanke tackled the question of why interest rates were so low. The collapse of nominal interest rates is visible everywhere, as one of the charts accompanying his speech shows (click for larger image):

10-Year Government Bond Yield jpeg

Bernanke then described a nominal interest rate as being composed of three components: a) expected inflation, b) expected short-term real interest rates and c) the term premium (risk associated with a longer maturity bond). A chart from his speech disaggregating the U.S. nominal rate into these three components can be seen here (click for larger image):

Decomposition of 10 Year Treasury jpeg

Note that the expected average short-term real interest rate has come down from around 2% in the year 2000 to essentially zero now. And what does this mean in economic terms. Bernanke provides the answer:

In the longer term, real interest rates are determined primarily by nonmonetary factors, such as the expected return to capital investments, which in turn is closely related to the underlying strength of the economy. The fact that market yields currently incorporate an expectation of very low short-term real interest rates over the next 10 years suggests that market participants anticipate persistently slow growth and, consequently, low real returns to investment. In other words, the low level of expected real short rates may reflect not only investor expectations for a slow cyclical recovery but also some downgrading of longer-term growth prospects.

The disjoint between the two speeches is obvious. In the first, Bernanke’s message—when talking to a class of fresh-faced new graduates—is a relatively upbeat one: don’t give up on growth. In the second, a speech given at a macroeconomic conference, Bernanke suggests that the market is signalling that we have a growth problem.

This also has huge implications for fiscal and monetary policy. If growth has slowed in recent years due to underlying technological factors and not just due to the credit crisis, then it will be exceedingly difficult to kick start the economy through unconventional monetary policy and aggressive fiscal injections. The policy of quantitative easing, which monetary authorities are pursuing in most advanced countries, is premised on the idea that there exists a gap between what the economy could be producing and what it is actually producing (the so called output gap). Should that gap prove a mirage then current policies will be ineffectual.

The Absurdity of ‘Abenomics’ and the PM’s ‘Three Bendy Arrows’ (Part 3: Monetary Policy and a Fictitious Can)

In my two previous posts on Abenomics (here and here), I argued that Japan is a post-growth economy. As the OECD explains in its Compendium of Productivity Indicators 2012, growth can be achieved in only three ways:

Economic growth can be increased either by raising the labour and capital inputs used in production, or by improving the overall efficiency in how these inputs are used together, i.e. higher multifactor productivity (MFP). Growth accounting involves decomposing GDP growth into these three components, providing an essential tool for policy makers to identify the underlying drivers of growth.

Therefore, if I am to be proved wrong in my declaration that Japan is post-growth, Abenomics must be able to boost labour inputs, and/or increase capital inputs and/or improve multifactor productivity (innovation and efficiency). By definition, the Abe agenda must encompass one or more of the three—there are no other means of achieving growth.

Against this background, Prime Minister Abe has given top billing to monetary stimulus within his ‘three arrow’ policy agenda. He campaigned and won a general election on a pledge to force Japan’s central bank, the Bank of Japan, to adopt a binding 2% inflation target through unlimited monetary easing and thus slay deflation. Moreover, to execute such a strategy, he backed a new BOJ governor, Haruhiko Kuroda, who took office in March. Kuroda, in turn, has executed Abe’s monetary policy agenda with gusto. (For a fascinating article on how Kuroda deftly manoeuvred the BOJ board into unanimously support the policy shift, see this Reuters’ article here).

In contrast with the speeches of his predecessor, Masaaki Shirakawa, Kuroda’s early utterances have been accompanied by a very thin chart pack dominated by the now famous ‘all the twos’ slide (click for larger image):

BOJ Quantitative Easing jpeg

These measures will give rise to an extraordinary jump in the monetary base over a two-year period from ¥138 trillion at the end of 2012 to ¥270 trillion at the end of 2014. In fiscal 2012, Japan’s GDP was estimated at approximately ¥475 trillion in nominal terms, so the monetary base is targeted to rise from around 30% of GDP to 55% of GDP.

Monetary Base Target jpeg

By contrast, the action by the Federal Reserve Board in the U.S. looks positively cautious (here), with the monetary base a modest 17% of GDP. Continue reading

Data Watch: US Crude Oil, Monthly Production December 2012

On February 27th, the U.S. government agency The Energy Information Administration (EIA) announced provisional crude oil production figures for December 2012. The new numbers show U.S. crude oil production topping 7 million barrels per day in both November (following a revision for that month) and December.

U.S. Crude Oil Production jpg

The numbers are good (although less so from a climate change perspective), but far from revolutionary. A look at the U.S. data in a global perspective gives rise to considerable concern. Continue reading

Links for Week Ending 2nd February

  • This blog covers two subjects that have the potential to morph into existential threats to civilisation if various factors align. The two in question are climate change and resource depletion. Unfortunately, any consideration of existential threats have been viewed as the province of cranks for the last few decades—or at least of fiction authors with a taste for the dystopian. Now at last the topic is getting some respect with the establishment of the Centre for the Study of Existential Risk at Cambridge, England. The NYT has a good introduction here, and CSER’s web site is here (note the impressive line-up of founders and advisors—no cranks!). 
  • To the Financial Times’ credit, the dark side of the shale gas revolution is given some sympathetic coverage; for example, these articles on shale gas flaring here and here. This contrasts sharply with the Wall Street Journal, whose mantra appears to be “drill baby drill”.
  • Photographing Climate Change in the New Yorker show cases a committed few. I am reminded of Bill McKibben’s lament “where are the goddamn operas“. The artistic community often appears missing in action when it comes to climate change, despite the fact that global warming poses a monumental threat to mankind’s artistic endeavour.
  • The New York Times has a lovely article on “The Preppers Next Door“.
  • A thoughtful post by David Altig from the Federal Reserve Bank of Atlanta at his Macroblog on Robert Gordon’s ‘end of growth’ hypothesis.
  • Climate change was directly addressed in President Obama’s inauguration speech (what a contrast with the Presidential debates). But what could really change? Here is the somewhat gloomy view of Harvard’s Robert Stavins.

Links for Week Ending 5th January 2013

  • NYT dates the start of the Great Recession from Q4 2007 and 5 years on has a great graphic showing the current state of play. No recovery to pre-recession levels in Britain, Japan, France, Italy and Spain. Has the end of growth already arrived in these countries?
  • The knock-on effect of earlier-than-expected Arctic sea ice melt will be greater-than-expected absorption of sunlight and, therefore, higher Arctic circle temperatures and faster-than-expected permafrost thaw. NYT highlights a study (here) confirming the first part of this causation chain.
  • National Geographic has a nice piece all about methane.
  • Since the economist Robert Gordon came out with his technological stagnation thesis earlier in the year, the flood gates have opened for economic comment in this area. The FT’s Izabella Kaminska has put together a wonderful linkfest on the subject at her blog Towards a Leisure Society.
  • The Oil Drum (TOD) is reposting its top 10 articles for 2012. Among them, I recommend Art Berman’s take on shale here and Ron Rapier on tight oil, shale oil and oil shale here.

Technology: Singularity or Collapse? (Part 3: Something Going on Around Here)

Apologies for a an absence of blogging for around two months. My father passed away in March, and for some time I couldn’t summon the concentration that blogging requires. The world, however, moves on and we do certainly appear to be living in ‘interesting times’ (the Chinese curse of living in ‘interesting times’ again appears to be something of a myth, but Wikipedia suggests here that it may actually come from the rather wonderful proverb  ”It’s better to be a dog in a peaceful time than be a man in a chaotic period”).

The ‘interesting time’ that we are witnessing in Europe is the unstitching of postwar political and economic institutions in the face of austerity. And actually it is not ‘austerity’ per se that is the problem in Europe, but rather a structural lack of growth. A libertarian would argue that this death of growth in Europe is the result of the continent’s over-regulation, excessive taxation and sclerotic labour markets. Unfortunately, this argument appears lacking since the downward trajectory in economic growth seems an OECD phenomenon; for example, while the US is no Italy, it currently appears incapable of growing enough to absorb the natural rate of increase in its labour force, and its GDP is expanding at a far slower rate than in previous decades.

True, global growth as measured by the IMF is still humming along at a handsome pace. If we ignore the 2009 credit crisis aberration, then GDP expansion has recently been above the post-War long term average and is projected to push up above 4% over the next few years (here). However, just as OECD growth appeared to be have been artificially propped by the accumulation of debt in the 2000s, it is an open question as to whether the developing market behemoths of China, India and Brazil have also been binging on mal-investment post the credit crisis to keep their economic miracles on track. As countries as diverse as the Soviet Union and Japan show, this particular type of industrial policy has a tendency to suddenly come up against a brick wall with the passage of time (read Michael Pettis on China for this sort of critique). Continue reading

Technology: Singularity or Collapse? (Part 2: The Ozone Hole)

In my last post, I made the point that techno-optimists, such as Ray Kurweil, see technological change transforming economies through the exponential growth of productivity as the present century progresses. Critically, the analysis of Kurweil and his fellow travellers makes no mention of societal costs—so called externalities in the language of economics. Each innovation or invention is basically self-contained—overcoming a particular problem but without creating any secondary problems in another part of the system.

Unfortunately, this tunnel vision of the benefits of technology does, on many occasions, not correspond to the actual historical record. One technology I have in mind is Thomas Midgley Jr.’s creation of a compound known as chlorofluorocarbon (CFC-12), better know as Freon. CFCs are a classic Kurzweil type solution to a particular problem, in this case the need for a substitute for the highly poisonous gases used up until the 1930s for refrigeration. At the time of their creation and for many years later, CFCs were believed to be inert and totally harmless to human health. In reality, as the CFCs accumulated in the upper atmosphere, they led to the creation of the Antarctic ozone hole. The journalist and author Dianne Dumanoski in her book “The End of the Long Summer” described the ozone hole phenomenon as the most important single event of the 2oth century, even eclipsing Neil Armstrong’s first steps on the moon, since it symbolised “the arrival of a new and ominous epoch when human activity began to disrupt the essential but invisible planetary systems that sustain a dynamic, living Earth.” Even more telling, the environmental historian J.R. McNeill described Midgley himself as having “had more impact on the atmosphere than any other single organism in earth’s history.” Continue reading

Technology: Singularity or Collapse? (Part 1: For Ever Exponential)

In the opening chapter of Ray Kurzweil‘s “The Singularity Is Near” we are presented with the following parable:

A lake owner wants to stay at home to tend to the lake’s fish and make certain that the lake itself will not become covered with lily pads, which are said to double their number every few days. Month after month, he patiently waits, yet only tiny patches of lily pads can be discerned, and they don’t seem to be expanding in any noticeable way. With the lily pads covering less than 1 percent of the lake, the owner figures that it’s safe to take a vacation and leaves with his family. When he returns a few weeks later, he’s shocked to discover that the entire lake has become covered with the pads, and his fish have perished. By doubling their number every few days, the last seven doublings were sufficient to extend the pads’ coverage to the entire lake. (Seven doublings extended their reach 128-fold.) This is the nature of exponential growth.

While ‘the water lily and the lake’ appears a strange choice of metaphor since if nothing else it highlights the importance of boundaries to growth, what Kurzweil was trying to communicate was how technology has barely begun to transform our lives.

By contrast, consider the 1972 report to the Club of Rome published under the title “The Limits to Growth.” Much maligned and mostly misrepresented, The Limits to Growth (LTG) was nothing more than a mathematical analysis of linear and exponential growth rates and ultimate constraints. According to the authors, the tyranny of exponential growth rates would eventually lead population and industrial production to explode, setting off a negative feedback in terms of burgeoning pollution and the eventual exhaustion of food and resources. The report never provided specific dates for the depletion of individual materials, although nine our of ten commentaries on the report claim it did (for a post I did on this particular urban legend, see here). Nonetheless, what the report did do was suggest that the idea of inevitable constant human progress was a dangerous myth. Continue reading