Handbook On The Economic Complexity Of Technological Change

This comprehensive and innovative Handbook applies the tools of the economics of complexity to analyse the causes and effects of technological and structural change. It grafts the intuitions of the economics of complexity into the tradition of analysis based upon the Schumpeterian and Marshallian legacies. The Handbook elaborates the notion of innovation as an emerging property of the organized complexity of an economic system, and provides the basic tools to understand the recursive dynamics between the emergence of innovation and the unfolding of organized complexity. In so doing, it highlights the role of organizational thinking in explaining the introduction of innovations and the dynamics of structural change. With a new methodological approach to the economics of technological change, this wide-ranging volume will become the standard reference for postgraduates, academics and practitioners in the fields of evolutionary economics, complexity economics and the economics of innovation.

This volume presents the first comprehensive, detailed and up-to-date overview of current knowledge in the Economics of Technological Change. It both reviews what is known and accepted as the best thinking in the field and sets the agenda for research in the future by taking the reader to the boundaries of the subject.

Maps capture data expressing the economic complexity of countries from Albania to Zimbabwe, offering current economic measures and as well as a guide to achieving prosperity Why do some countries grow and others do not? The authors of The Atlas of Economic Complexity offer readers an explanation based on "Economic Complexity," a measure of a society's productive knowledge. Prosperous societies are those that have the knowledge to make a larger variety of more complex products. The Atlas of Economic Complexity attempts to measure the amount of productive knowledge countries hold and how they can move to accumulate more of it by making more complex products. Through the graphical representation of the "Product Space," the authors are able to identify each country's "adjacent possible," or potential new products, making it easier to find paths to economic diversification and growth. In addition, they argue that a country's economic complexity and its position in the product space are better predictors of economic growth than many other well-known development indicators, including measures of competitiveness, governance, finance, and schooling. Using innovative visualizations, the book locates each country in the product space, provides complexity and growth potential rankings for 128 countries, and offers individual country pages with detailed information about a country's current capabilities and its diversification options. The maps and visualizations included in the Atlas can be used to find more viable paths to greater productive knowledge and prosperity.

This book explores the characteristics of the path dependent dynamics of localized technological change, demonstrating how the economics of complexity can inform our understanding of the economics of innovation and vice versa.

The Routledge Handbook of the Economics of Knowledge provides a comprehensive framework to integrate the advancements over the last 20 years in the analysis of technological knowledge as an economic good, and in the static and dynamic characteristics of its generation process. There is a growing consensus in the field of economics that knowledge, technological knowledge in particular, is one of the most relevant resources of wealth, yet it is one of the most difficult and complex activities to understand or even to conceptualize. The economics of knowledge is an emerging field that explores the generation, exploitation, and dissemination of technological knowledge. Technological knowledge cannot any longer be regarded as a homogenous good that stems from standardized generation processes. Quite the opposite, technological knowledge appears more and more to be a basket of heterogeneous items, resources, and even experiences. All of these sources, which are both internal and external to the firm, are complementary, as is the interplay between a bottom-up and top-down generation processes. In this context, the interactions between the public research system, private research laboratories, and various networks of learning processes, within and among firms, play a major role in the creation of technological knowledge. In this Handbook special attention is given to the relationship among technological knowledge and both upstream scientific knowledge and related downstream resources. By addressing the antecedents and consequences of technological knowledge from both an upstream and downstream perspective, this Handbook will become an indispensable tool for scholars and practitioners aiming to master the generation and the use of technological knowledge.

Through careful investigation into the role of eco-innovation as a catalysing factor in the societal transition towards sustainability, this Handbook proposes more appropriate measures of innovation as a driver of change. It examines innovation from various perspectives, including labour, trade, the circular economy and energy, to illustrate a more comprehensive picture of its impacts.

The notion of endogenous innovation as the outcome of the creative response of firms to out-of-equilibrium conditions is the cornerstone of the new evolutionary complexity. This book elaborates and applies the theoretical framework established in the author’s previous work Endogenous Innovation: The Economics of an Emergent System Property. This volume carefully explores the role of the reactivity of firms to out-of-equilibrium conditions. It also examines the quality of knowledge governance mechanisms in assessing the levels of externalities that define the likelihood of creative responses, as an alternative to adaptive responses.

If evolutionary economics is to compete with neoclassical economics as a general-purpose economic theory, it needs to incorporate new aspects of socioeconomic reality, such as institutions of all types, including technical, scientific, and political. Furthermore, evolutionary economics needs to be able to provide policy implications at least as interesting as those of neoclassical economics. Thus, as this book argues, evolutionary economics must become evolutionary political economy. Innovation plays a central role in the book, but not in the sense of providing a technologically determinist interpretation. Rather, the book argues that innovations do not emerge in isolation from other components of socioeconomic systems but coevolve with institutions, infrastructures and organizational forms. This concept of coevolution is absolutely central in the book and provides a link with theories of complexity. In addition to providing an epistemological basis for evolutionary economics, the link with complexity and coevolution offers the connection with evolutionary political economy. Innovations and technologies do not emerge and develop in an institutional vacuum, but interact with existing institutions and reshape them, in addition to inducing the formation of new institutions. In this process, technologies and institutions reinforce each other providing a potential mechanism to transform socioeconomic systems. The book also explores the policy implications of these innovative societies, where wealth is created but unequally distributed. The book is addressed to open-minded economists, social scientists who are dissatisfied with the approach of neoclassical economics, technologists and policy makers.