Sociology All books
Bertrand Roehner
Social cohesion
The methodology of physics is now being applied to the social sciences. Social cohesion, which assures social stability and continuity, is both observable and measurable. It may be observed in events that repeat: in test events such as the destruction of the mosque in Ayodhya, India (1992), and of the twin towers of the World Trade Center in Manhattan (2001); in catastrophes such as the Great Fire of London (1666), the earthquakes and fires of San Francisco (1906) and Tokyo (1923); in the riots of rejection in Lawrence, Mass., U.S.A. (1984), and in Aigues-Mortes, France (1893); in the protest riots in Brixton, U.K. (1981); and in resistance to foreign occupation, as in France (1940). Social cohesion can be measured through the reactions of a given society in the aftermath of a shock: for example, in the number of Hindu temples that were burned down or mosques that were destroyed following the first two test events listed above. By borrowing the methods of physics, social scientists have been able to make predictions in their own field. Bertrand Roehner is a member of the Laboratory of Theoretical Physics at Pierre et Marie Curie-University of Paris VII. He is the author of Un siècle de commerce du blé en France (Economica), Theory of Markets (Springer), Application of Physics in Economic Modelling, Pattern and Repertoire in History (Harvard University Press) and Separatism and Integration (Rowman and Littlefield).
Anne Marcovich
What do societies dream of ?
Why do societies change? How, through countless transformations, do they manage to maintain their own identity? With the help of the many resources provided by the social sciences, history, sociology, social psychology, anthropology and economics, Anne Marcovich has tried to identify the principle of change within a framework of continuity that characterises the evolution of societies. Anne Marcovich is a researcher in the social sciences.
Monique Sicard
The Making of the Image
It was during the Renaissance that images and pictures were first used by anatomists, microscopists, and astronomers as scientific tools. In that era, scientific images served as a kind of inventory of the known world. In the 19th century, the popularization of scientific ideas gave science a new vigor. Photographic images gave science a new reality, explaining and legitimizing scientific concepts--movement, for example--to a fascinated public. In our days, the scientific image is often a construction--helping us to represent objects and ideas that, like fractals or black holes, cannot be defined through actual observation. Monique Sicard is Projects Director at CNRS Images Média.
Jacques Bouveresse, Daniel Roche
Freedom Through Knowledge: Pierre Bourdieu, 1930-2002 (Travaux du Collège de France)
Gathered in this volume are the texts of lectures given in memory of Pierre Bourdieu at an international colloquium held on 26-27 June 2003 and jointly organised by the Collège de France and the Ecole Normale Supérieure, with the backing of the Hugot Foundation.
Erik Brynjolfsson, Andrew McAfee
Machine, Platform, Crowd: Harnessing Our Digital Future
How does the digital revolution enable a new integration between the human mind and machines?
