Social Networks In The History Of Innovation And Invention

This book integrates history of science and technology with modern social network theory. Using examples from the history of machines, as well as case studies from wireless, radio and chaos theory, the author challenges the genius model of invention. Network analysis concepts are presented to demonstrate the societal nature of invention in areas such as steam power, internal combustion engines, early aviation, air conditioning and more. Using modern measures of network theory, the author demonstrates that the social networks of invention from the 19th and early 20th centuries have similar characteristics to modern 21st C networks such as the World Wide Web. The book provides evidence that exponential growth in technical innovation is linked to the growth of historical innovation networks.

This book contains the proceedings of HMM2012, the 4th International Symposium on Historical Developments in the field of Mechanism and Machine Science (MMS). These proceedings cover recent research concerning all aspects of the development of MMS from antiquity until the present and its historiography: machines, mechanisms, kinematics, dynamics, concepts and theories, design methods, collections of methods, collections of models, institutions and biographies.

The author argues that Doric architecture originated in a disruptive shift in urbanism, land use, and colonization in Archaic Greece.

In the early twentieth century, the first large batch of Chinese civil engineers had graduated from the USA, and together with their American senior colleagues returned to China. They were enthusiastic about reconstructing the young republic by building new railways, highways, and canals, but what the engineers experienced in China, including mismanaged railways, useless highways, and silted canals, did not always meet their expectations and ideals. In this book, Thorben Pelzer makes the stories of these Chinese and American engineers come to life through exploring previously unpublished letters, rare images, maps, and a rich biographical dataset. He argues that the experiences of these engineers include a myriad of contradictions, disillusionment, and discontent, keeping the engineering profession in a constant flux of searching for its meaning and its place in Republican China.

"This 10-volume compilation of authoritative, research-based articles contributed by thousands of researchers and experts from all over the world emphasized modern issues and the presentation of potential opportunities, prospective solutions, and future directions in the field of information science and technology"--Provided by publisher.

What does it take for a society to be able to innovate? The question is crucial today when an increasing share of world patents are taken out by countries such as Japan, South Korea and China, which have limited energy resources and cultures very different from those in the West. However, most previous studies of the beginnings of industrialization have focused on the resources and institutions of Britain alone. As a result, they have missed the lessons to be learned from casting the net more widely so as to examine all regions of the North-Atlantic community. This book pinpoints the surprising differences between innovating and non-innovating regions. Protection of property rights, a practical ideology and abundant resources were not sufficient to spark accelerated innovation. The key to the Industrial Revolution, this study shows through case studies and rigorous verification, was the effect of expanding social networks on people’s willingness to cooperate. Language standardization permitted the widening of circles of cooperation to encompass individuals with increasingly different sets of knowledge. The result was an unprecedented burst of what some linguists have called “double-scope blending” – the integration of hitherto unrelated concepts to create something new. These findings have important implications for corporate and government policy.

Innovations are adopted when users integrate them in meaningful ways into existing social practices. Histories of major technological innovations show that often the creative initiative of users and user communities becomes the determining factor in the evolution of particular innovations. The evolutionary routes of the telephone, the Internet, the World Wide Web, email, and the Linux operating system all took their developers by surprise. Articulation of these technologies as meaningful products and systems was made possible by innovative users and unintended resources. Iterative and interactive models have replaced the traditional linear model of innovation during the last decade. Yet, heroic innovators and entrepreneurs, unambiguous functionality of products, and a focus on the up-stream aspects of innovation still underlie much discussion on innovation, intellectual property rights, technology policy, and product development. Coherent conceptual, theoretical and practical conclusions from research on knowledge creation, theory of learning, history of technology, and the social basis of innovative change have rarely been made. This book argues that innovation is about creating meaning; that it is inherently social; and is grounded in existing social practices. To understand the social basis of innovation and technology development we have to move beyond the traditional product-centric view on innovations. Integrating concepts from several disciplinary perspectives and detailed analyses of the evolution of Internet-related innovations, including packet-switched computer networks, World Wide Web, and the Linux open source operating system, the book develops foundations for a new theoretical and practical understanding of innovation. For example, it shows that innovative development can occur in two qualitatively different ways, one based on evolving specialization and the other based on recombination of existing socially produced resources. The expanding communication and collaboration networks have increased the importance of the recombinatory mode making mobility of resources, sociotechnical translation mechanisms, and meaning creation in communities of practice increasingly important for innovation research and product development.

From the formation of the Universe to today, countless major events have changed the course of life on Earth. Aligned with the online Big History Project supported by Bill Gates, Big History puts a wide-angle lens on 13.8 billion years of remarkable history and shows you how and why we got where we are today. With stunning visual timelines and special CGI reconstructions, you can see history's greatest events. Look back to our origins in the stars, explore everything from the birth of the Sun to modern technology, and see what the future holds for humans. Weaving together multiple disciplines including physics and sociology, and with a foreword by TED speaker Professor David Christian, Big History is a truly unique look at the history of the world.