Elsevier

Research Policy

Volume 46, Issue 3, April 2017, Pages 544-549
Research Policy

Is there a technological fix for the current global stagnation?: A response to Daniele Archibugi, Blade Runner economics: Will innovation lead the economic recovery?

https://doi.org/10.1016/j.respol.2016.06.011Get rights and content

Abstract

Daniele Archibugi asks whether the 2007–8 financial and economic crisis was brought about by the exhaustion of the current techno-economic paradigm, and whether a new paradigm will lead to eventual recovery. My answer to both questions is ‘No’. Whilst it is useful to think in terms of techno-economic paradigms to understand the uneven process of technological and social advancement, the main reason for the crisis and the main requirement for a new upswing are both socio-political rather than technological in nature. There is a link between the neoliberal deregulation regime that led to the crisis and ICTs. This regime might actually slow down the formation of a new techno-economic paradigm based around Blade Runner technologies such as genetic engineering, artificial intelligence and nanotechnology.

Introduction

The Research Policy editors should be congratulated for introducing this new format where scholars are invited to stimulate and take part in a debate. It is an excellent idea to provide space for reflections that cannot be satisfactorily presented in a standard journal article. The current system of counting publications and citations as basis for getting tenure and allocating budgets is somewhat akin to the Soviet System of measuring output in terms of weight, and one with equally negative consequences – in the former case you get really heavy products, while in the latter you get too many standard papers meticulously analyzing relatively trivial issues.

The issues raised by Daniele Archibugi (DA) are certainly important: are the current stagnation and the 2008 crisis a reflection of the fact that the technological foundation of a long economic upswing has now been exhausted? Are there newly emerging technologies that will form the basis for a radically different techno-economic paradigm and will those lead the next recovery? If so, will they be dominated by biotechnology or are there other candidates as pervasive general purpose technologies that will drive growth?

I share Archibugi’s view that it is useful to think of economic history in terms of techno-economic paradigms. But I disagree regarding the main cause of the 2008 crisis and its possible remedy. The crisis did not reflect that the exhaustion of technological opportunities, and new technologies will not lead the next recovery. Rather the 2008 crisis reflected a combination of dubious politics and fundamental inherent contradictions in the current globalizing form of capitalism. If those contradictions are not resolved, there are no general purpose technologies, however radical, that can break the current stagnation. I will also argue that information and communication technologies played a role in the crisis but only in an indirect manner.

In his paper, DA refers to Perez (2013) and Mokyr (2013) as arguing that there is still potential for job creation based upon new technologies “provided that the social and economic systems allow for their introduction and diffusion”. My main point is that this precondition is more difficult to overcome than indicated in the discussion paper. The current socio-political paradigm is incompatible with a new techno-economic paradigm that may eventually coalesce from today’s emerging technologies. The most critical issues have to do with the contradiction between neoliberal national political governance, on the one hand, and financialization and economic globalization, on the other hand.

Moreover, even if a social transformation took place that allowed for the introduction and diffusion of emerging new technologies, economic growth and job creation would depend more on the generalized use of existing technologies in ‘the rest of the world’ (Latin America, Africa, China, India and Indonesia) than on the application and wider use of the brand-new technologies in the OECD-area. It is surprising that DA who is a world-leading expert on globalization including working on global citizenship, does not have more to say on the importance of location. It stands in contrast to the insights offered in contributions to the excellent handbook he recently co-edited (Archibugi and Filippetti, 2015).

DA reflects on how his children and grandchildren will experience the advent of new technologies. I agree with him that there is no reason to doubt that future generations will be confronted with fancy and unforeseeable new phenomena reflecting technological change. But there are reasons related to societal risk and acceptability for believing the Blade Runner technologies that DA presents as primary candidates for forming the technological basis of the future long upswing might not become as all-pervasive as he assumes.

My conclusion is that politics and new forms of governance will matter more than the economy and technology for the eventual upswing and sustained economic growth – a conclusion that might seem inappropriate and even surprising from someone with a life-long career as an expert on the economics of innovation.

Section snippets

On the usefulness of the concept of a techno-economic paradigm

The concept of a techno-economic paradigm is helpful when it comes to understanding economic and social change. It reminds us that technological change takes place at an uneven pace in which clusters of independent technical innovations form that then prove superior in terms of how they contribute to economic performance compared with existing technologies. It also reminds us that the new technological systems will confront technological, social and cultural barriers that reflect how

Where did the 2008 crisis come from?

There is already a voluminous literature on why the recent financial crisis came about and I will not attempt to give a full answer but merely point to what I see as the most crucial factors.

The deregulation of financial markets and weak governance more generally represent the single most important factor in explaining why there was deep financial crisis in 2007-8. Financial deregulation was a politically orchestrated process that started in the second half of the 1970s in the US and

On the contradictory impact of information and communication technologies

While the widespread diffusion of ICTs eventually had a positive impact upon productivity growth world-wide, it also indirectly prepared the ground for the financial crisis. It made it possible for Asian countries, such as Korea, Singapore, Taiwan and more recently China, to catch up with the US and Europe. Those countries could enter fast-moving information and communication technologies as windows of opportunity opened up and thus they could leap-frog from low to high technology industrial

Robert Gordon on faltering innovation and headwinds

DA refers to the much debated contribution of Robert Gordon (2012) and it is natural to compare DA’s ideas with Gordon’s. There are two important differences between the two sets of ideas that need to be taken into account. First, Gordon abstracts from the financial crisis and takes a long historical view, referring to three industrial revolutions – the most recent reflecting the use of ICTs. Second, while it is not very clear from DA’s discussion where we should look for new lead countries,

Are there emerging technologies that can provide the basis of future economic growth?

DA presents 12 technologies that McKinsey claims will have an economic impact between now and 2025. Most of the technologies with the strongest impact are ICT-related. Next-generation genomics comes in with a more modest impact and the same is true for advanced materials, energy storage and renewable energy. The McKinsey list can be combined with a list of the most promising technologies identified by OECD for the Danish government (Ministry of Higher Education and Science, 2016). This list

Emerging technologies applied to the health system

As pointed out by DA, the expectations of major socioeconomic impact from the application of biotechnology have not been met so far. This may have to do with the fact that there has been a major gap between advances in basic knowledge and the expansion of the potential fields of application. Going back to Freeman’s list of factors characterizing a technology that could give rise to a technological revolution, we find that the technology should combine major economic impact with social and

Emerging technologies as applied to energy and environment

Different combinations of emerging technologies have great potential to contribute to the reduction of global warming and also to a reduction in pollution of air and water. A specific step referred to on the lists of major potential breakthroughs is new methods for energy storage. Advances here would make solar power a much more effective and attractive form of energy. Another specific innovation close to widespread use is the driverless electrical car, with Google planning to distribute such

Emerging technologies and the production and use of knowledge

Some of the emerging digitalized technologies will have a major impact upon scientific work, education and the use of human skills. While suppliers of those technologies have a tendency to exaggerate the speed of diffusion and their impact, we can already now see how digitalization has started to transform these activities. (Indeed I see this as raising important issues that could merit a new round of debate in Research Policy.)

The new communication technologies make global collaboration in

On global headwinds

I see several global headwinds that will slow down the application of new technologies. The combination of the global rule of financial capital, economic globalization and neoliberal austerity has led to increasing inequality, and we can now see the social and political impact in terms of growing emigration from poor countries and growing nationalism in several high-income countries. These general trends will undoubtedly have an impact upon innovation, knowledge and learning.

  • 1.

    Financialization in

Local surprises and open questions

In the beginning of my response to Daniele Archibugi, I criticized him for not being more specific with regard to the geographical dimension. Here I will illustrate this point.

Consider a thought experiment in which China’s economy had behaved as India’s did during the period 1990–2015, in which case the global growth rate would have been much lower. The double digit growth in China had a major impact upon growth in the rest of the world – obviously for countries in Africa and Latin America but

References (18)

  • C. Freeman

    Prometheus unbound

    Futures

    (1984)
  • M.B. Jensen et al.

    Forms of knowledge and modes of innovation

    Res. Policy

    (2007)
  • C. Perez

    Unleashing a golden age after the financial collapse: drawing lessons from history

    Environ. Innov. Soc. Trans.

    (2013)
  • The Handbook of Global Science, Technology, and Innovation

  • P.A. David

    The dynamo and the computer: an historical perspective on the modern productivity paradox

    Am. Econ. Rev.

    (1990)
  • J.A. Dorn

    Financial deregulation in a global economy

    Cato J.

    (1993)
  • Gordon, R., 2012. Is U.S. economic growth over? Faltering innovation confronts the six headwinds. NBER Working Paper...
  • B. Johnson et al.

    Why all this fuss about codified and tacit knowledge?

    Ind. Corp. Change

    (2002)
  • K. Lee

    Schumpeterian Analysis of Economic Catchup: Knowledge, Path-creation, and the Middle-income Trap

    (2013)
There are more references available in the full text version of this article.

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