Catalog All books
Daniel Hurstel
Socially Conscious Enterprises In Defence of Diversified Capitalism
The author argues that it is time to promote a new form of capitalism founded on socially conscious enterprises pursuing social goals though set up like other members of the business sector.
Jean-Michel Severino, Olivier Ray
Social Issues on a Global Scale
Global interdependence has raised social issues to a central position in contemporary debate. But will we know how to deal with these issues?
Guy Groux, Michel Noblecourt, Jean-Dominique Simonpoli
Social Dialogue in France
Never has the potential for social dialogue been greater. Never has the law given so much autonomy to social partners...
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).
Michael S. Gazzaniga
The Social Brain
This book investigates the concepts of the "right brain" and the "left brain". According to the author the brain is most certainly made up of relatively autonomous modules which react independantly to environmental pressures. At least one of the modules, situated on the left side of the brain, is responsible for the interpretation of answers which may be contradictory with others, whereas yet another module on the same side translates into words the result of this interpretation. So, instead of being a unique, monolithic system that we imagined, the brain would appear to be a collectivity of systems - a social brain. This approach enlightens us as to the functioning of the human brain, and according to Gazzaniga, affects the very roots of our belief systems and societies. Renowned American neurologist, Michael Gazzaniga is Director of the Cognitive Neuroscience Division of Cornell University and chairman of Neuropsychology.
Franck Lamagnère
So, Is It OCD or Not? Recognising the Disorder and Helping Sufferers
An important reference work on obsessive-compulsive disorder, by a major French specialist
Marc Augé
So Who Is the Other?
The originality of the subjects that Marc Augé studies: from soccer games to the heroes of American series, as well as roundabouts and urban architecture. The intellectual journey of one of the greatest, world-renowned anthropologists.
Étienne Ghys
Snowflakes: A Wonder of Nature
An introduction to the science of crystals within the reach of non-specialists, with a very clear introduction to the physical and mathematical aspects of the subject.
Génération Snooze
Snooze
Written by two practitioners of Artificial Intelligence, this book is both very accessible and very concrete.
Étienne Klein
The Small Bang of Nanotechnologies
Nanotechnologies no longer concern just the manipulation of matter, one atom at a time: they now incorporate all the techniques that allow the manufacture of tiny objects with a precision equal to one billionth of a metre...