During the late-nineteenth and twentieth centuries interpretations of the British Industrial Revolution became embedded within debates over competing systems of political economy, primarily liberal democracy (free trade) versus socialism (state regulation). At the heart of this contest was also the question of epistemology. A picture emerged of the Industrial Revolution that reflected such contrasting perspectives; for those with a Western liberal bent Britain industrialized first due to a weak state, an emphasis upon individual liberty, the right (...) institutions and culture of creativity born of free minds and free markets. At the heart of this was the emergence of science; objectivity and Western democracy became a key cornerstone of this perspective. This view was first especially spearheaded by the Austrian economists Ludwig von Mises (1881–1973) and, slightly later, Friedrich A. Hayek (1899–1992). The debate subsequently became particularly fierce during the Cold War, and since the fall of the Berlin Wall the role of the state and protectionism within Britain’s industrial history has greatly diminished. Indeed today’s dominant historiography continues to erase Britain’s actual industrial experience and, instead, reflect entrenched liberal and neoliberal prescriptions. A major axiom of this ideological viewpoint is the centrality of science and its history. (shrink)

It is emphasized that environmental predictability is another important condition that plays roles in slow strategies that are related to innovation; that economic inequality, except as measured by Gross Domestic Product per capita, influences innovation; and that switching global life history from a slow to a fast strategy is a response adopted in response to new challenges during the post-Industrial Revolution period.

What impelled the Industrial Revolution's spectacular economic growth? Life History Theory, Baumard argues, explains how England's world-supreme affluence psychologically fostered innovation; moreover, wherever similar affluence abounds, a “civilizing process” bringing enlightenment and democracy is apt to evolve. Baumard insightfully analyzes a “constellation of affluence” but proffers somewhat whiggish history given England's prior and unique proto-capitalist culture of economic liberty and individualism.

Techno-colonialism, which I argue here to specifically mean the transfer of technology and its values and norms from one locale to another, has become a serious concern with the advancement of socially disruptive technologies1 of the Fourth Industrial Revolution (4IR), like artificial intelligence and robots. While the transfer of technology from one locale, especially economically advanced countries, to developing countries comes with economic benefits for both regions, it is important to understand that technologies are not value- neutral; they (...) come with the values, cultures, and worldviews of their designers. However, despite the nonvalue-neutrality of the technologies of the 4IR, they are still relevant for subSaharan Africa’s development. Thus, using a phenomenological approach, especially the sub-Saharan African experiences of past histories of colonialism, I prescribe cautionary measures that sub-Saharan Africans ought to take in approaching the current industrial revolution and its technologies. (shrink)

Since the Industrial Revolution, human societies have experienced high and sustained rates of economic growth. Recent explanations of this sudden and massive change in economic history have held that modern growth results from an acceleration of innovation. But it is unclear why the rate of innovation drastically accelerated in England in the eighteenth century. An important factor might be the alteration of individual preferences with regard to innovation resulting from the unprecedented living standards of the English during (...) that period, for two reasons. First, recent developments in economic history challenge the standard Malthusian view according to which living standards were stagnant until the Industrial Revolution. Pre-industrial England enjoyed a level of affluence that was unprecedented in history. Second, behavioral sciences have demonstrated that the human brain is designed to respond adaptively to variations in resources in the local environment. In particular, Life History Theory, a branch of evolutionary biology, suggests that a more favorable environment should trigger the expression of future-oriented preferences. In this paper, I argue that some of these psychological traits – a lower level of time discounting, a higher level of optimism, decreased materialistic orientation, and a higher level of trust in others – are likely to increase the rate of innovation. I review the evidence regarding the impact of affluence on preferences in contemporary as well as past populations, and conclude that the impact of affluence on neurocognitive systems may partly explain the modern acceleration of technological innovations and the associated economic growth. (shrink)

The most general theory of life history evolution, that of r versus K selection, implies that innovation in the form of plasticity is more likely to be adaptive under poor rather than good resource conditions, the opposite of how Baumard has it. However, this does focus on benefits rather than costs, and including both allows for greater diversity of outcomes.

Baumard proposes a model to explain the dramatic rise in innovation that occurred during the Industrial Revolution, whereby rising living standards led to slower life history strategies, which, in turn, fostered innovation. We test his model explicitly using time series data, finding limited support for these proposed linkages. Instead, we find evidence that rising living standards appear to have a time-lagged bidirectional relationship with increasing innovation.

In this paper, we argue that antecedents of modern corporate social responsibility prior to the Industrial Revolution can be referred to as “proto-CSR” to describe a practice that influenced modern CSR, but which is different from its modern counterparts in form and structure. We develop our argument with the history of miners’ guilds in medieval Germany—religious fraternities and secular mutual aid societies. Based on historical data collected by historians and archeologists, we reconstruct a long-term process of pragmatic (...) experimentation with institutions of mutual aid that address social problems in the early mining industry, and thus before the rise of the modern state and the capitalist firm. Co-shaped by economic and political actors, these institutions of mutual aid have influenced the social responsibility programs of early industrialists, modern social welfare legislation, and contemporary CSR. We conjecture that other elements of proto-CSR might have evolved according to similar trajectories. (shrink)

New technologies are emerging across the globe and are influencing our perceptions of the world, our behaviour and our understanding of what it means to be a human being. In particular, Klaus Schwab and others define the advancement of ‘cyber-physical systems’, coupled with new capacities for both machines and human beings, in terms of ‘The Fourth Industrial Revolution’. The South African Parliament placed the Fourth Industrial Revolution on its national agenda. It serves as a new foundation (...) story for the country, one that justifies, explains and facilitates the perceived shifts from previous understandings of reality, and one that currently plays out on an unevenly distributed continuum. To be an effective agent of change and a relevant voice for the voiceless and the powerless in this Fourth Industrial Revolution era, the church must facilitate immersive, yet provocative performances of the Gospels while simultaneously embodying and empowering others with wisdom to traverse this unchartered terrain of technological innovation with insight and discernment. The church’s message should be that, to live more godly, we all need to become more human, not post-human or trans-human. We cannot avoid the fact that we are entering an era in which technology will redefine who we are. However, the question is not only what technology can do for us but also what we as change agents should allow technology to do. Contribution: This article focuses on the role of the Christian church in our era of massive technological innovation. The creative role that faith communities could play in order to ensure a more humane approach to and interaction with various 4IR technologies are addressed. A short investigation is offered of a new ‘hermeneutical performance’ of the Bible as an immersive text in an interactive 4IR world. In this regard the emphasis on a new ‘metanoetic alignment with the mission of Jesus, which is explored in the article, links on to the theological scope of HTS Theological Studies in terms of new theological insights and new vistas for academic investigation. (shrink)

This volume is by no means out of place for a reader in the twenty first century as resemblances between the age of the machine and our own digital age are surprisingly numerous, particularly with reference to the patterns of intellectual response to unprecedented stimuli. The worrisome parallelisms and analogues are purposefully kept off stage for the imaginative audience to complement the plot of the real drama of the Industrial Revolution as it was witnessed by such imaginative medievalist (...) 'knights' as Carlyle, Cobbett, Southey, Pugin, Ruskin and Morris, intelligent thinkers who performed the universal 'type' rather than the subjective or egocentric in so far as their intellectual responses to the discrepancy between two dissimilar epochs was concerned. The reader is, therefore, expected to be engaged with the arguments of the 'neo-feudal', the 'moral-aesthetic' and the utopian 'social-aesthetic' arguments at the core of the book both imaginatively and intellectually. On the first level, he is requested to shuttle between two centuries separated by the length of a different century. On the second, however, he is expected not only to appreciate the artistically excellent literary works of prominent belletrists, but also to examine the clever polemics they developed as methods of treatment and persuasion aiming at a solution of the social and psychological problems that arose from the incongruity between the present and the past, with specific references to such significant concepts as those of time, history, progress and authority which are examined against the superheated touchstones of democratization, liberty, laissez-faire ethics, mechanization, poverty and social protest in the industrial city. (shrink)

The gap between the metatheoretical inquiries of the analytical philosophy of history, formulated in terms of general principle, and the actual research practices of the historical discipline needs to be bridged. This investigation of the determinants -preconditions, causes, factors, forces - of technological development during the Industrial Revolution makes explicit the range of theoretical instruments used in such studies. The methodologically unavoidable plurality of aspects and perspectives for each concrete inquiry precludes any generally binding model for technological (...) development. Discussion of epistemological presuppositions, by comparing various approaches, can serve to make fully conscious these presuppositions and make them accessible to analysis and criticism. (shrink)

The article is devoted to the study of the history of the "innovation ecosystem" concept formation and provides a simplified schematic representation of the system as five interacting modules. Innovations are assumed by national governments and companies as a source of long-term sustainability. In the past decade, there has been an increased interest in identifying approaches that would accelerate the development and deployment of innovations. The attention of the academic and business communities representatives to the innovation ecosystems underlines the (...) fact that it is ecosystems and IT platforms that implement them that are the most promising candidates for the role of an organizational structure for the accumulation and scaling of new knowledge in the era of the industrial revolution. (shrink)

The idea, based on Life History Theory, that the Industrial Revolution was a positive feedback process wherein prosperity induced prosperity-promoting preference shifts is just an intriguing speculation. The evidence does not distinguish this explanation from simple alternatives. For example, increased prosperity may have freed up time for individuals to engage in innovative activity and increased the benefits from doing so.

Wallerstein states that the only social revolution, or the «great turning point» of Modern Times, is the formation of the European capitalist world–economy during the «long» XVI century. Contrary to this, the author argues that two more great fractures can be distinguished in the history of Modern Times. The first of them was the industrial revolution of the XIX century, when three processes coincided, pro­voked by the invention of the steam engine – the mechanization of factory (...) production, the energy rev­olution and the change of logistics. The emergence of globalization required a combination of several circumstances that developed into a single complex at the end of the twentieth century: the absorption of the remaining large external zones by the capitalist world system, the information and communication revolution, the establishment of geopolitical unipolarism, the dominance of the ideology of neoliberal globalism on a global scale. (shrink)

Baumard proposes that life history slowing in populations over time is the principal driver of innovation rates. We show that this is only true of micro-innovation rates, which reflect cognitive and economic specialization as an adaptation to high population density, and not macro-innovation rates, which relate more to a population's level of general intelligence.

The Internet and mobile telephones have made everyone more aware than ever of the computer revolution and its effects on the economy and society. As Time Goes By puts this revolution in the perspective of previous waves of technical change: steam-powered mechanization, electrification, and motorization. It argues for a theory of reasoned economic history which assigns a central place to these successive technological revolutions.

There is no doubt that periodization is a rather effective method of data ordering and analysis, but it deals with exceptionally complex types of processual and temporal phenomena and thus it simplifies historical reality. Many scholars emphasize the great importance of periodization for the study of history. In fact, any periodization suffers from one-sidedness and certain deviations from reality. However, the number and significance of such deviations can be radically diminished as the effectiveness of periodization is directly connected with (...) its author's understanding of the rules and peculiarities of this methodological procedure. In this paper we would like to suggest a model of periodization of history based on our theory of historical process. We shall also demonstrate some possibilities of mathematical modeling for the problems concerning the macroperiodization of the world historical process. This analysis identifies a number of cycles within this process and suggests its generally hyperexponential shape, which makes it possible to propose a number of forecasts concerning the forthcoming decades. (shrink)

The relevance of the study lies in the fact that the information and computer revolution has made it possible to create and include in the system of social circulation such information flows, which are currently sufficient to ensure the most rational use of nature, demographic, economic, industrial, agricultural and spiritual and cultural development of mankind. The phenomenon of the information revolution is the result of two parallel processes that can develop throughout history: an increase in the (...) role and volume of information necessary to ensure the full existence of society, and improvement in the technology of information accumulation and dissemination. Information technology has been integrated into the current social and economic space. The use of computers and telecommunications has influenced an unprecedented intensity of communicative interactions. These processes affect the stages of social development. The article analyzes the current understanding of the fourth and fifth information revolution. The problems of economics, management and post-industrial society are considered. An attempt is made to synthesize the models of foreign and domestic researchers. The article considers the existing theoretical approaches to the explication of political security, highlighted such its component as information and political security, and this author's interpretation of the latter. The limits of the information-political security, allowing to separate it from other types of security, depending on the information are established. The influence of information on the formation of information and political threats affecting the information and political security of the country is considered. (shrink)

As more and more historians acknowledge the central signifcance of science and technology with that of modern society, the need for a good, general history of the achievements of the Scientific Revolution has grown. Scientific Culture and The Making of the Industrial West seeks to explain this historical process by looking at how and why scientific knowledge became such an integral part of the culture of Europe in the seventeenth and eighteenth centuries, and how this in turn (...) lead to the Industrial Revolution. This comparative study not only looks at England, and its success, but follows through with the history of France, the Netherlands, and Germany. (shrink)

Baumard's new explanation of the Industrial Revolution shows that Life History Theory holds great potential. Here, I suggest two related hypotheses for examination. One is that there are long-term roots of slow life traits and preferences. The other is that Life History Theory can explain other aspects of economic modernity such as the Scientific Revolution and bureaucratic states. If so, then Life History Theory offers a way to reconcile several bodies of evidence and lines (...) of explanation into a coherent general account of economic modernity. (shrink)

“I often said before starting, that I had no doubt I should frequently repent of the whole undertaking.” So wrote Charles Darwin aboard The Beagle , bound for the Galapagos Islands and what would arguably become the greatest and most controversial discovery in scientific history. But the theory of evolution did not spring full-blown from the head of Darwin. Since the dawn of humanity, priests, philosophers, and scientists have debated the origin and development of life on earth, and with (...) modern science, that debate shifted into high gear. In this lively, deeply erudite work, Pulitzer Prize–winning science historian Edward J. Larson takes us on a guided tour of Darwin’s “dangerous idea,” from its theoretical antecedents in the early nineteenth century to the brilliant breakthroughs of Darwin and Wallace, to Watson and Crick’s stunning discovery of the DNA double helix, and to the triumphant neo-Darwinian synthesis and rising sociobiology today. Along the way, Larson expertly places the scientific upheaval of evolution in cultural perspective: the social and philosophical earthquake that was the French Revolution; the development, in England, of a laissez-faire capitalism in tune with a Darwinian ethos of “survival of the fittest”; the emergence of Social Darwinism and the dark science of eugenics against a backdrop of industrial revolution; the American Christian backlash against evolutionism that culminated in the famous Scopes trial; and on to today’s world, where religious fundamentalists litigate for the right to teach “creation science” alongside evolution in U.S. public schools, even as the theory itself continues to evolve in new and surprising directions. Throughout, Larson trains his spotlight on the lives and careers of the scientists, explorers, and eccentrics whose collaborations and competitions have driven the theory of evolution forward. Here are portraits of Cuvier, Lamarck, Darwin, Wallace, Haeckel, Galton, Huxley, Mendel, Morgan, Fisher, Dobzhansky, Watson and Crick, W. D. Hamilton, E. O. Wilson, and many others. Celebrated as one of mankind’s crowning scientific achievements and reviled as a threat to our deepest values, the theory of evolution has utterly transformed our view of life, religion, origins, and the theory itself, and remains controversial, especially in the United States (where 90% of adults do not subscribe to the full Darwinian vision). Replete with fresh material and new insights, Evolution will educate and inform while taking readers on a fascinating journey of discovery. (shrink)

By rejecting the old divide between prehistory and history, the group of scholars behind Deep History opens a new window on the problem of the unity and diversity of human experience over the very long run. Their use of kinship metaphors suggests not only a link between modern society and the deep past, but also perhaps a way to imagine the common legacy of the human species. But what emerges from Deep History is hardly a sunny story (...) about the distant origins of social justice and ecological harmony. The other central metaphor of the book—the fractal—uncovers the slow prelude to the Anthropocene. Rather than seeing a sharp break in the Industrial Revolution from an “organic” to a fossil fuel-burning economy, these scholars stress the history of environmental destruction that has accompanied human expansion. My critical reading presents an alternative understanding of deep history as an arena for a new politics of species. Here a cornucopian understanding of human adaptation clashes with a new pessimism about the climatic fragility of Neolithic civilization. (shrink)

Why did the scientific revolution take place in the West and not in China or the Islamic world? How did humanity's progress in science and technology, which had been moving along at a relatively steady pace for tens of thousands of years, end up taking such an unprecedented leap? Subjecting the history of thought and technology to a novel interpretation based on the relationship between theory and practice, Ahmet Selami Çalışkan argues that the industrial revolution and (...) modern science-and the scientific revolution that preceded both-did not alone suffice to sort out the philosophical problems of their day or to produce the institutions of the modern age. Both required a new sort of human: Homo economicus faber. Tracing the historical emergence of this figure and its persistence in our own age, this book offers an innovative and holistic assessment of the economic, cultural, and political effects of centuries of interaction between East and West and their repercussions in our world today. (shrink)