The Selling of Newton: Science and Technology in Early Eighteenth-Century England

1986 ◽  
Vol 25 (2) ◽  
pp. 178-192 ◽  
Author(s):  
Larry Stewart

In the past decade the role of science in the early eighteenth century has come in for close scrutiny and increasing debate. There is specifically one rather large and problematic issue, that is, the relationship between science and technology in England in the first half of the eighteenth century when, it is generally agreed, the Industrial Revolution had not yet made any discernible impact. There are those historians who have insisted that the Newtonian natural philosophy had nothing whatever to do with the mechanical creations and innovations of artisans and craftsmen. This may be understandable because Newtonian science has come to be regarded as fundamentally mathematical and experimental—and not even comprehensible, except in the broadest terms, to the Augustan virtuosos. This has often created the version of science as a purely rational and cerebral activity distanced from and above technology, a science unsullied perhaps by the grime of mechanics' hands. One might speculate on the ideological origins of such a universe, but it seems that one can at least see that such a version of events is determined in part by the question that proposes a direct causal relation between cerebral science and rank technology. The argument evidently is that, if one cannot find the historical evidence that establishes a precise link between Newton's interparticulate forces and the partial vacuum of the Savery engine, then one must conclude that no relationship existed.But historical associations are never quite so simple. One could easily demonstrate that the Newtonian natural philosophy was deliberately propagated among men whose interests tended to be more practical than philosophical.

Author(s):  
Jean-Pascal Anfray

This chapter examines Leibniz’s complex relations to Descartes. These relations are deeply influenced by the evolution of the intellectual context from the beginning of the 1670s to the early eighteenth century. Beyond Leibniz’s overall appraisal of Descartes’s philosophy, there are three areas that stand out in which the discussion and criticism of Descartes’s ideas played a decisive role in the development of Leibniz’s thought: epistemology, natural philosophy, and philosophy of mind. There are three central issues at stake between the two philosophers: the nature and role of evidence, the use of final causes, and the Law of Continuity.


2010 ◽  
Vol 5 ◽  
pp. 29-46
Author(s):  
Liam Mac Mathúna ◽  

Seán Ó Neachtain (c. 1640–1729) and his son Tadhg (c. 1671–c. 1752) were at the centre of an extensive circle of Gaelic scholars in the city of Dublin in the early part of the eighteenth century. Seán Ó Neachtain composed a broad range of creative literature. Although primarily written in Irish, his works include examples of Irish/English code-mixing as well as pieces composed entirely in English. His son, Tadhg Ó Neachtain, is credited with having written over 25 surviving manuscripts. He makes considerable use of English sources and of English itself in a number of these manuscripts, which are either pedagogical in nature, devoted to geography and history, or are characterised by frequent commonplace entries referring to contemporary events. This paper examines the interaction of the two languages in these manuscripts, exploring (1) the use of English language sources (textbooks and Dublin newspapers), (2) the content of the English portions of the manuscripts in question, and (3) the relationship of the English material to the Irish in the immediate compositional context. The paper seeks to assess whether the permeating bilingualism of these manuscripts is merely indicative of the contemporary socio-linguistic milieu in which the Ó Neachtains functioned, or can be regarded as harbinger of the subsequent community language change from Irish to English.


Author(s):  
Sangeeta Trott

The main purpose of the chapter is to understand the role of marketing in creating awareness and action for sustainability in the fourth industrial revolution. The chapter is sequenced as follows: It begins with a brief introduction, followed by exploring the relationship between marketing and sustainability. The chapter then explains how marketing can play an important role in developing awareness and action at various phases of sustainability with suitable examples. The chapter then discusses the various issues which one faces in sustainability and ends with a conclusion. The chapter has great theoretical and managerial implications.


Author(s):  
Leyla A. Gamidullaeva ◽  
Natalia S. Merkulova ◽  
Ludmila I. Kryachkova ◽  
Zoya A. Kondratieva ◽  
Yulia A. Efimova ◽  
...  

The authors believe that the transition to Industry 4.0 will have a strong impact on the level of urbanization in Russia. The level of urbanization is influenced by many factors, which include the level of economic development of the country, migration of the population, natural and climatic conditions. The highest level of urbanization is typical for industrialized regions. This suggests that it is necessary to develop industry and move to Industry 4.0. The purpose of this chapter is to show the relationship between urbanization and Industry 4.0, as well as to increase the level of knowledge about digital production, the internet of things, the Industry 4.0, and urbanization. The chapter explains the role of Industry 4.0 in the current changing environment. The chapter deals with the most important problems and opportunities of the fourth industrial revolution.


1993 ◽  
Vol 32 (1) ◽  
pp. 44-70 ◽  
Author(s):  
Philip Harling ◽  
Peter Mandler

The recent historiographical revolution in our understanding of the eighteenth-century state has broad implications, analytical as well as empirical, that are only beginning to be plumbed. Due largely to the work of Patrick O'Brien and John Brewer, the old picture—of a small, amateurish, corrupt central apparatus largely maintained (between sporadic wars) to dignify the crown and assist gentlemanly (i.e., parliamentary) plunder—has been pretty completely effaced. We now see that by the end of the French wars the British state was one of the largest and most efficient in Europe; certainly it engorged the largest proportion of national product by means of a ruthlessly regressive tax system. The French wars were the climax, not the sole begetters of this system, which had been spawned by a chain of wars mounting in scope and sophistication since the late seventeenth century and requiring commensurate improvements in fiscal policy: thus Brewer's memorable naming of the system as the “fiscal-military state.”For historians of the early nineteenth century, this revision raises a host of questions about the relationship of social change and social class to government growth. Particularly, it casts doubt on the customary association made between growth in the size or scope of government and the rise in the Industrial Revolution of new social and economic questions and a bourgeoisie to answer them; that is, it casts doubt on the implicit “modernization” model that hitches together economic growth, government growth, bureaucracy, professionalism, and embourgeoisement.


2013 ◽  
Vol 45 (1) ◽  
pp. 2-22 ◽  
Author(s):  
Demetris Koutsoyiannis

Hydrology has played an important role in the birth of science. Yet practical hydrological knowledge, related to human needs for water storage, transfer and management, existed before the development of natural philosophy and science. In contemporary times, hydrology has had strong links with engineering as its development has been related to the needs of the design and management of water infrastructures. In the 1980s these links were questioned and it was suggested that separating hydrology from engineering would be beneficial for both. It is argued that, thereafter, hydrology, instead of becoming an autonomous science, developed new dependencies, particularly on politically driven agendas. This change of direction in effect demoted the role of hydrology, for example in studying hypothetical or projected climate-related threats. Revisiting past experiences suggests that re-establishing the relationship of hydrology with engineering could be beneficial. The study of change and the implied uncertainty and risk could constitute a field of mutual integration of hydrology and engineering. Engineering experience may help hydrology to appreciate that change is essential for progress and evolution, rather than only having adverse impacts. While the uncertainty and risk cannot be eliminated they can be dealt with in a quantitative and rigorous manner.


2016 ◽  
Vol 54 (1) ◽  
pp. 224-239 ◽  
Author(s):  
Cormac Ó Gráda

The role of science and technology in the First Industrial Revolution is still contested. Some scholars, focusing on the textiles sector, argue that skilled and talented artisans with no scientific training were mainly responsible for the key inventions; others, with steam power in mind, hold that the links between science and the crucial inventions of the period were fundamental. Margaret Jacob has been a leading contributor to the debate for nearly four decades. The publication of her The First Knowledge Economy offers an opportunity to review the issues. (JEL J24, L26, N13, N73, O31, O33)


1975 ◽  
Vol 7 (1) ◽  
pp. 1-4 ◽  
Author(s):  
John A. Ewing

The historical development of Agricultural Economics as a field of applied economics has been well-documented in books and journals by scholars within the profession. The relationship of Agricultural Economics to other social, biological and natural sciences has changed as the discipline has emerged and as forces of science and technology have been brought to bear on problems of our society.The objective of this paper is to define or establish the parameters of Agricultural Economics but offer personal views on how economic forces within our economy have influenced program development in research involving many disciplines. In this process I will emphasize some of the areas where Agricultural Economics has made a major contribution and, in my judgement, can play an important role in the future.


Author(s):  
Pat Rogers

The growing public awareness of natural philosophy and technology in the eighteenth century brought with it unintended consequences, including an enlarged space for satiric treatments of scientific issues, which have not always been recognized for what they are. A pamphlet entitled The York Buildings Dragons appeared in December 1725, with a second, augmented, edition in January 1726. It has generally been attributed to John Theophilus Desaguliers FRS (1683–1744), the Huguenot engineer, Newtonian expositor and leading Freemason. This article throws fresh light on the pamphlet: to provide more extensive background to the work, to describe its aims and methods, to define its mode as entirely satiric, to analyse its contents in greater detail, to show that Desaguliers cannot possibly have been the author and to suggest as a more plausible candidate the mathematician, physician and satiric author John Arbuthnot FRS (1667–1735). Historians of science and technology need to take care in assessing the pamphlet literature surrounding controversial innovations.


2021 ◽  
Vol 31 (1) ◽  
pp. 130
Author(s):  
Muhammad Rijal Fadli

Philosophy and science are human efforts in understanding the concepts and methods of a scientific discipline. The changing times and developments have ushered the philosophy of a configuration by showing how the "tree of knowledge" grows and branches fruitfully from each of the disciplines, to break away from the trunk of its philosophy, develop and follow its methodological trends. This research method uses the hermeneutic method in explaining the reality that occurs with elements of interpretation and description. The results of the research can be described that the study of the relationship between philosophy and science has progressed so intensely. Philosophy and science are indispensable for their presence during the development of science and technology which is marked by the sharpening of scientific specialization, because by studying philosophy scientists are expected to be aware of their limitations so as not to be trapped into intellectual arrogance. It is impossible to counter-discourse developing science and technology, but rather to reduce the negative impact of the technology itself. In the era of the industrial revolution 4.0 and Society 5.0, the community groups are very heterogeneous, so it is very risky to the problems faced regarding the development of technology and can change the mindset of life into a more sophisticated pattern of life with the power of technology such as robots and the internet. So the science that is used as an axiological milestone in directing and controlling the development of science and technology in a positive way for the benefit of mankind and its environment is philosophy and science. 


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