By Richard G. Lipsey, Kenneth I. Carlaw and Clifford Bekar
Co-winner of the 2006 Shumpeter Prize for best writing on evolutionary economics over the preceeding two years.
This book uses historical, institutional and theoretical analysis to examine long term economic growth. The authors argue that growth is driven by all types of technological change and very long term growth mainly by the transforming technologies that are now called general purpose (GPTs).
Early chapters survey this growth experience and argue that the things singled out by neo-classical theory as undesirable market distortions, such as "deadweight" monopoly profits and asymmetric knowledge, are the very forces that drive economic growth. The analysis then distinguishes between technological knowledge and the structure in which it is embodied, which they call the “facilitating structure”. The authors then argue that the so-called productivity paradox results from a failure to make this distinction and when it is made, there is no paradox in observing major changes in technology and little or no changes in productivity.
The authors then identify about two dozens GPTs that have transformed the economic, social, and political landscape in the 10,000 years since the Neolithic Agricultural Revolution. The transforming effects of these are studied in some detail.
Next, the twin questions are raised: Why did the sustained extensive growth that was initiated by the Industrial Revolution happen endogenously in the West? (2) Why did it not happen endogeneously elsewhere, particularly in China or the Islamic countries? It is argued (contrary to the “unified growth theory” or UGT), that the answer is too complex to be modeled formally, given the current state of the profession and so must be found through historical analysis. The authors’ answer is that the main difference between the West and all the rest was the existence of Western science in general and Newtonian mechanics in particular—present in the West and particularly in the UK but absent elsewhere. The roots of this science and its failure to develop elsewhere are traced back to the early histories of both religion and institutions.
The issue of the emergence of sustained intensive growth is then studied using a series of formal growth models containing endogenous population. The results show when Malthusian conditions apply and when they do not. It is argued that the assumptions needed for Malthusian results are counter-factual.
After that, it is argued that once sustained growth has been established, further growth can be analyzed through formal models. To do this, the authors build non-conventional, dynamic, non-stationary-equilibrium models that incorporate a range of phenomena that their historical studies show to be important but which are excluded from other GPT models in the interests of analytical tractability.
The book concludes with a study of the policy implications that follow from their evolutionary approach to growth and contrasts these with the, often diametrically opposed, policy recommendations that follow from neo-classical economics.
TABLE OF CONTENTS
Foreword: The Canadian Institute for Advanced Research and this Book.
Preface: Why Another Book on Growth?
PART I - GROWTH, TECHNOLOGICAL CHANGE AND GENERAL PURPOSE TECHNOLOGIES
Chapter 1: Technology as Revolution
Chapter 2: Two Views of Economic Processes
Appendix 2A: Technological Choices And Trajectories
Chapter 3: A Structuralist Evolutionary Decomposition
Appendix 3A: The Evolutionary Hand and Factor Substitution
Chapter 4: Technology and Technological Change
Appendix 4A: Measuring Technological Change
Chapter 5: A Survey of GPTs in Western History: Part I 10,000 BC to 1450 AD
Chapter 6: A Survey of GPTs in Western History: Part II 1450 to 2010
PART II - THE TRANSITION TO SUSTAINED GROWTH
Chapter 7: The Emergence of Sustained Extensive Growth in the West
Chapter 8: Why Not Elsewhere?
Chapter 9: Population Dynamics: Relation Between Extensive and Intensive Growth
Appendix 9A.1: The Historical Record on the Control of Family Size
Appendix 9A.2: Formal Models of Population Dynamics
Chapter 10: The Emergence of Sustained Intensive Growth in the West
PART III - MODELLING SUSTAINED GPT-DRIVEN GROWTH
Chapter 11: GPTs and Related Concepts in the Literature
Chapter 12: Scale Economies in Economic Growth
Chapter 13: Appreciative Theories of GPTs
Chapter 14: Formal Models of GPT-Driven Sustained Growth: The Base Line Model
Chapter 15: Formal Models of GPT-Driven Sustained Growth: Extensions and Applications
PART IV - POLICY
Chapter 16: Technology Enhancement Policy: Theory and Evidence
Chapter 17: Assessing Technology Enhancement Policies