“O wad some pow’r the giftie gie us!” Scottish people are over-represented among innovators Britain’s industrial revolution and in its surrounding scientific breakthroughs

The industrially more developed country presents to the less developed country a picture of the latter's future. Karl Marx, Capital , vol. I, preface I have argued that the famous inventions of the British Industrial Revolution were responses to Britain's unique economic environment and would not have been developed anywhere else. This is one reason that the Industrial Revolution was British . But why did those inventions matter? The French were certainly active inventors, and the Scientific Revolution was a pan-European phenomenon. Wouldn't the French, or the Germans, or the Italians, have produced an industrial revolution by another route? Weren't there alternative paths to the twentieth century? These questions are closely related to another important question asked by Mokyr: why didn't the Industrial Revolution peter out after 1815? He is right that there were previous occasions when important inventions were made. The result, however, was a one-shot rise in productivity that did not translate into sustained economic growth. The nineteenth century was different – the First Industrial Revolution turned into Modern Economic Growth. Why? Mokyr's answer is that scientific knowledge increased enough to allow continuous invention. Technological improvement was certainly at the heart of the matter, but it was not due to discoveries in science – at least not before 1900. The reason that incomes continued to grow in the hundred years after Waterloo was because Britain's pre-1815 inventions were particularly transformative, much more so than continental inventions.

The aim of this thesis is to analyze mental health care in Australia from a social justice and human rights perspective, in order to demonstrate that social justice as a philosophical manifestation of justice and fairness, is an essential ingredient in the theory and practice of mental health care. It is contended that the needs of the mentally ill would be most appropriately answered by the utilization of a Natural Law model, based on Finnis's Natural Law theory. The Scope of the Thesis.The needs and care of the mentally ill are discussed, together with the treatment meted out to these vulnerable members of society since, approximately, the year 1800. Neither the criminally insane, nor the intellectually disabled are included in this discourse. Each group of people merits a thesis on its own: criminal insanity requires a debate to include the history, psychiatric and legal approaches to the subject, and current management of the insane. The intellectually disabled are not mentally ill; their ability to function as all round, naturally competent individuals is diminished by an inadequacy and/or impairment of their intellectual capacities. The needs of these two groups are far too broad and demanding to be included within the current thesis. Rationale for the Timeframe The timeframe, 1800 until 2004, has been established because it approximates to the transition from the end of the Classical through the Modern Age to the Post Modern Age, together with the predominance of Enlightenment philosophical theories, and the development of a scientific approach to medicine. Further, many politico-economic and social changes were taking place, associated with the Industrial Revolution. All are shown to have affected the introduction of asylumdom, and the institutionalization of those unable to participate actively in the industrial workforce.;Of significant importance to the development of institutionalization for such marginal groups is the philosophy of Jeremy Bentham. Bentham espoused Classical Utilitarianism which will be shown to believe that the ultimate standard of utility is not the individual's happiness but the greatest amount of happiness altogether. The thesis will demonstrate that this philosophical view prevailed from the beginning of the Industrial Revolution, with Benthamism influencing the sequestration of the unemployable into institutional life. Development of the Thesis.The thesis is developed against a background of prevailing philosophical, and other changes as stated above, including the medicalization of mental illness and the development of psychiatry as a branch of medicine. There is manifestation of many social injustices to those incarcerated in the asylum in all three countries under consideration: England, USA, and Australia. It is demonstrated that social justice and human rights of their work forces were disregarded by many employers at the time of the Industrial Revolution. Such values were, therefore, unlikely to prevail with regard to the mentally ill. Asylumdom continued with few changes in its practices until after World War II. It is shown that the predominance of post Enlightenment theories, together with further politico-economic, social and pharmaceutical revolutionary change followed the Second World War. Encouraged also by the founding of the United Nations and World Health Organizations as well as provision of the Declaration of Human Rights, circumstances led to the process of de-institutionalization of the mentally ill. The latter were decanted with apparently unseemly haste into a community ill prepared for such a change, and with little evidence of infra- structure to support the move. Need to conduct a National Inquiry. There was, then, a need to investigate what was now an overt issue of mental health care.;The two subsequent inquiries by the Australian Health Ministers Advisory Council, (AHMAC) and the Burdekin Report, both focused on social justice issues, and addressed epidemiological, economic, sociological and justice considerations. Within the thesis, both investigations are critiqued against a Natural Law model, using Finnis's Natural Law theory. It is demonstrated that contrary to Enlightenment principles of social justice as described by Miller, such a theory is eminently practical, and answers the needs of all members of the community, providing not merely 'the greatest happiness for the greatest number' but the common good of all Conclusion. Evidence shows that such a Natural Law theory is required to give a firm foundation to the needs of the mentally ill, especially at a time when relativism, economic rationalism and negative aspects of globalization prevail. Without such a basis the mentally ill are left insecure, uncertain and adrift in a world uncaring of their plight, while all the earnest exhortations espoused by Reports remain platitudes, subject to the whims of whatever government is in power. Our responsibilities to all our fellow human beings demand better from us than this.

In 1760, Great Britain, among other surrounding countries, transitioned to a new manufacturing process known as the Industrial Revolution. As defined by Oxford Reference, the Industrial Revolution was the “rapid development of industry that occurred in Britain in the late 18th and 19th centuries, brought about by the introduction of machinery. It was characterized by using steam power, the growth of factories, and the mass production of manufactured goods” (Oxford Reference).1 The Industrial Revolution impacted the world by transforming businesses, the economy, and society. Prior, most European countries had economies that were strictly dominated by farming and artisan crafts. In further years, following the late 19th century into the early 20th century, the Second Industrial Revolution transpired. It was a phase of rapid scientific discovery and mass production. In the late 1900s, the Third Industrial Revolution struck and was greatly known for transforming automation and digitization through electronics and computers. The invention of the internet was also introduced. However, at the start of WWI in 1914, the persistent rise of the industrial revolution came to an end, dismantling the extensive technological, socioeconomic, and geopolitical changes around the world. In the early 19th century, during the start of the Industrial Revolution, Manchester—located in North West United Kingdom2—had an astounding growth in their cotton industry–due to the decline of Dhaka, Bangladesh, and other older textile centers–which drove the town’s expansion, putting it at “the heart of a global network of manufacturing and trade” (Science Industry Museum).3 Textiles were the leading cause of the emerging industrial city of Manchester, producing goods of all categories. This brought in lots of young men and women from the countryside in hopes to find work in the new factories and mills. At the start of the 18th century, there was a population of fewer than 10,000. Due to the rise in industrial and economic changes, the population grew dramatically, recording around 700,000 people in Manchester. It became known as the “Second City” in Britain. Second cities are a place of location that have persistent, ongoing global interaction across several social domains. As Jerome Hodos describes in Second City, their role of global prominence includes “manufacturing and the economy in general, international, migration, cultural innovation, and production, but not international finance…engage in repeated efforts to build transportation infrastructure to enhance their global connections, and…gradually elaborate a specifically second city urban identity through giant cultural planning projects” (Second Cities).4

What's Next for Key and Core Tech?

This paper is primarily concerned with an evaluation of the UK national programme for carbon dioxide (COj emission reduction, in the context of the Framework Convention on Climate Change. It will assess whether the precautionary approach, as it stands, fully meets the objective of the FCCC (Article 2) [1], in the light of current scientific evidence. It will examine the approach of one developed economy, the UK, in developing its national programme and examine the major issues which may affect the attainment of emissions abatement targets. The Greenhouse Problem There is no doubt that the Earth is warming. During the last century, global temperatures have risen by about 0.5°C. Many of the warmest years have occurred since 1980. There is now growing scientific consensus that this warming is the result of an enhanced greenhouse effect, brought about by the anthropogenic emissions of greenhouse gases [2, 3, 4]. Anthropogenic emissions of greenhouse gases arise from industrial processes, factories, car exhaust fumes, fridges, cement manufacture, biomass burning and aerosols. Since the Industrial Revolution there has been an increase in the concentrations of carbon dioxide, methane, and nitrous oxide present in the atmosphere. Table 1.1. shows the atmospheric concentrations of the main greenhouse gases both before the Industrial Revolution and today. Before about 1750 atmospheric concentrations of greenhouse gases were thought to have been fairly constant, with little natural variation in the levels over a thousand years. Today, these greenhouse gases are increasing at variable rates, from between 0.25% and 4% (see table 1). Despite the various species implicated in climate change, the greatest attention has focused on CO? which accounts for over 60% of the radiative forcing since pre-industrial times [2]. Transactions on Ecology and the Environment vol 6, © 1995 WIT Press, www.witpress.com, ISSN 1743-3541 494 Air Pollution Engineering and Management Table 1. Greenhouse gases concentrations pre-1750 and in 1992 [3].

It is more than one hundred years since Arnold Toynbee first delivered his famous lectures on the industrial revolution.' Ever since, historians have been hard at work studying the dynamics of industrial change. And they have much to show for their efforts. Economic historians have sketched an accurate picture of the tremendous surge in the growth of industry. Historians of technology have reminded us of the important role played by innovations and their diffusion. Social and labor historians have focused on the consequences of industrial development-the changes wrought by industrialization, the transformations of family life, religious beliefs, ethnic customs, working-class traditions, social mobility, and the very nature of work itself.2 One almost gets the feeling there is little left to study, that nothing has been overlooked, that everything significant has been uncovered. Despite all the scholarly attention, there is a dimension that has escaped notice. The transformation of the environment, perhaps the most visible manifestation of industrial change, has not been a focal point for historical research.3 The industrial revolution reworked the earth's landscape, altering the foundations of a society based on agriculture and placing it on the road to modern economic development. Humankind's relationship with the natural world was profoundly affected. New sources of energy and technology were developed, different ways of farming and feeding the population emerged-all that accompanied the shift to the industrial mode of production. The industrial revolution was part of a tremendous ecological restructuring, a new and significant chapter in the earth's environmental history. To unravel a process as complex as the industrial revolution, historians have borrowed from economics and demography; they have applied sophisticated statistical techniques to the problem of industrial change and have successfully documented the complicated pattern of economic growth. Still, the question persists: What caused an industrial revolution? The answer requires that we complement our analysis with an ecological approach. Because industrialization involved a significant shift in humankind's relationship with nature, an ecological perspective may

The world has changed, and at an absurd pace. While life evolved relatively slowly until the beginning of the 19th century, the last decades have witnessed tremendous advances. In less than three hundred years, people saw the plough or the stagecoach being replaced by hybrid cars, high-speed trains or airplanes, and carrier pigeons or the Morse code by the Internet, smartphones or iPads. Based on Schumpeter’s idea of innovation cycles (1939, p. 212ss.), Gordon (2012, pp. 1–2) broke down this unique episode of growth in human history into three successive and cumulative industrial revolutions (IR): IR#1 (1750–1830) defined by the invention of steam engines, cotton spinning and railroads; IR#2 (1870–1900) marked by the invention of electricity, internal combustion engines and running water with indoor plumbing; and IR#3 (initiated in the 1960s-ongoing) characterized by the advent of computers and the Internet. The accumulated stock of knowledge and the various groundbreaking scientific discoveries generated over an especially short period of time not only altered the way people travel and communicate but also directly impacted the organization of society and how people work and interact.

Industrial revolution refers to a period in human history in which revolutionary scientific discoveries and inventions that affect the functioning of society as a whole take place. Changes resulting from industrial revolutions sooner or later affect all sectors of the economy. The Fourth Industrial Revolution, also known as Industry 4.0, has brought with it many changes. Industry 4.0 has spread rapidly and has become a current phenomenon. Within the theoretical part of the contribution, the authors deal with development, definition, and comparison of industrial revolutions. The aim of the contribution is to examine the readiness of the Visegrad Four countries for changes connected with Industry 4.0. Several national initiatives responding to Industry 4.0 have been launched across Europe in recent years. Their purpose is to regulate the realization of Industry 4.0 and its consequences. Almost every member state of the European Union has its own national initiative, responding to Industry 4.0. Within the practical part of the contribution, authors focused on initiatives responding to Industry 4.0 in the V4 countries. To examine the readiness of the V4 countries for the challenges related to the Fourth Industrial Revolution - Industry 4.0, secondary data - The Digital Economy and Society Index (DESI) - was used, as well as a z-score calculation. The resulting z-scores show which countries currently achieve the best results in terms of the Drivers of Production values when compared to the GDP per capita. To see how each country is doing compared to the mean value of the respective indicators, z-scores were calculated for each of them.

Introducing Automation into Manufacturing - A Philosophy

Although European economic history provides essentially no support for the view that education of the general population has a positive causal effect on economic growth, a recent paper by Becker, Hornung and Woessmann (Education and Catch-Up in the Industrial Revolution, 2011) claims that such education had a significant impact on Prussian industrialisation. The author shows that the instrumental variable BHW use to identify the causal effect of education is correlated with variables that influenced industrialisation but were omitted from their regression models. When this specification error is corrected, and a systematic model selection procedure is used, the evidence shows that education of the general population had, if anything, a negative causal impact on industrialisation in Prussia.

United Kingdom science historian Joseph Needham raised a question, and China in the First century BC to the 15th century, are better than the West nature of human knowledge in a practical purpose, but the industrial revolution and modern science and technology has not occurred in China, it is puzzling. This puzzle, known as the ”Needham puzzle”. In China's pre-Qin era, for hand-making machinery of the Mohist school, Mohist classics ”Mo-jing” recorded in a number of scientific knowledge. Due to the diminished after the Mohist school in the Qin and Han, and later academic thought, light technical, scientific and civilized development lags far behind the West in modern times of China, may be relevant here.”Mo-jing” covers a wide range of scientific knowledge, due to limited space, this article is intended for ”Mo-jing” theory of optics and mechanics, for example, for preliminary discussion, take look at this results in the development of science in the ancient civilization of Mohist school and glorious. Mohist school's emphasis on empirical scientific thinking, spirit actively encourage the practice and innovation, or to consider in the light of actual conditions of education today.

The dialectical interplay of technology and sociological development goes back to the early days of human development, starting with stone tools and fire, and coming through the scientific and industrial revolutions; but it has never been as intense or as rapid as in the modern information age of software development and accelerating knowledge society (Mansell and Wehn, 1988; and Nico, 1994, p. 1602-1604). Software development causes social change, and social challenges demand software solutions. In turn, software solutions demand software application architecture. Software architecture (“SA”) (Fielding and Taylor, 2000) is a process for “defining a structural solution that meets all the technical and operations requirements...” (Microsoft, 2009, Chapter I). In the SA process, there is neither much emphasis on the sociological requirements of all social stakeholders nor on the society in w hich these stakeholders use, operate, group, manage, transact, dispute, and resolve social conflicts. For problems of society demanding sociological as well as software solutions, this study redefines software application architecture as “the process of defining a structured solution that meets all of the sociological , technical, and operational requirements…” This investigation aims to l ay the groundwork for, evolve, and develop an innovative and novel sub-branch of scientific study we name the “Sociology of Software Architecture” (hereinafter referred to as “SSA”). SSA is an interdisciplinary and comparative study integrating, synthesizing, and combining elements of the disciplines of sociology, sociology of technology, history of technology, sociology of knowledge society, epistemology, science methodology (philosophy of science), and software architecture. Sociology and technology have a strong, dynamic, and dialectical relationship and interplay, especially in software development. This thesis investigates and answers important and relevant questions, evolves and develops new scientific knowledge, proposes solutions, demonstrates and validates its benefits, shares its case studies and experiences, and advocates, promotes, and helps the future and further development of this novel method of science.

Asbestos-related diseases: a historical and mineralogic perspective.

3D printing is capturing the imagination of makers, futurists, and scientists everywhere. It is already changing industry, as well as the capabilities of DIY makers. How does 3D printing work? Have we entered a new industrial revolution? What is the future of 3D printing, and how will it impact our lives? This Hot Science – Cool Talks event is part of Natural Sciences Week, and produced in collaboration with the Natural Sciences Council.

Bram Stoker incorporated the aristocratic character in the tradition of vampire literature with late nineteenth-century ideologies by making Victorian bourgeois write about the historical figure, Count Dracula, in the novel. Taking the issue of memory as the point of departure, this research explores the significance of the narrators’ recording and filing behavior and how it represents the work ethic the Victorian professionals follow. This thesis analyzes the antagonism between the vampire Count and the Van Helsing crew by inquiring into the latter’s compulsive clerical work, and further discloses its significance in the economic history. The first chapter discusses the issue of memory from both the textual level and the story level, and then elucidates the truth production and knowledge management in Van Helsing crew’s recording and filing work. The second chapter reconsiders the binary oppositions presumed in most Dracula studies about the power relations in the novel, and concludes that the power relationship between them is in fact an “inclusive exclusion,” a conflict within the capitalist system. The third chapter compares different management techniques implemented by the two parties analogically to the modes of production before and after Industrial Revolution. This chapter examines the new mode of work rationality that consequent in Victorian professionals’ reliance upon machines and their excessive clerical work. Intriguingly, this particular work rationality paradoxically defeats the purpose of scientific management by generating redundant work. With the discussions in these three chapters, this thesis will offer an interpretation of how vampirism echoes in the novel by participating in the perpetual motion of the energy exchange between memory and truth, boundary drawing and crossing, as well as body and machine.