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This title was first published in 2003. The creation of a 'Third Way' between unfettered capitalism and old-style Keynesian-corporatist forms of social democracy has become the driving force behind the policy programmes of many left-of-centre political parties in the industrialised nations of the world today. Sweden and the 'Third Way' critically evaluates this 'new' social democracy by examining the profound shift in Swedish political economy from being the prototype old-style social democracy towards the 'Third Way' synthesis of neo-liberalism and elements of traditional social democracy. Philip Whyman evaluates internal and external challenges to Swedish macroeconomic policy - including globalisation, European integration, post-Fordist technological change and the relative empowerment of capital - to discover the extent to which national economic autonomy is constrained. Furthermore, he considers the plausibility of revising the core elements of the traditional 'Swedish Model' as an alternative to the prevailing macroeconomic platform.

Given the problems of the environment in relation to the ever-growing civi lization activities of man, it is not surprising that in recent years more and more related data have been collected, phenomena have been observed and concerns have been expressed. The ecological systems of man's environment react to the impact of these civilization activities. In fact, quite often these reactions occur as shocks and surprises. Acid rain and the related forest die backs are but one example. Ecological systems consist of many compo nents and their dynamics is thus complex. The study of complexity is the underlying theme for work at KFA Jiilich. A major part of this work concerns the physics of condensed matter, including polymers, spin glasses, surfaces and layers. Another part relates to micro electronics in the submicrometre range in its relation to the design of vector and parallel computers. Supercomputing characterizes this search for the understanding of complexity further. But equally the work on the chemistry of the atmosphere, radio agronomy, biotechnology and research on informa tion processing on the molecular level must also be mentioned. To make the picture complete, at KFA Jiilich work on reactor technology, fusion research and energy systems of course continues. These are complex systems too.