Public-private ecosystems are central to the functioning and provisioning of most essential ecosystems, e.g., security, healthcare, education, and environment. These ecosystems face challenges of governance, diverse constituencies, numerous advocacy organizations, incompatible outcome metrics, and persistent media attention, to name a few. There is a wide range of public and private players involved in operating, sustaining, and investing in these ecosystems, including stakeholders from government, industry, academia, non-governmental organizations and the overall public. Fundamental change requires understanding a wide range of interests and accommodating change strategies accordingly. Transforming these ecosystems easily qualify as "wicked problems," which are social or cultural problems laced with incomplete or contradictory knowledge, large numbers of people and opinions, substantial economic burdens, and the interconnected nature of these problems with other problems. Transforming Public-Private Ecosystems addresses these challenges for four important ecosystems, and provides an integrated perspective for understanding and enabling change. An overall analytic framework is presented and illustrated with 36 case studies of change and innovation"--
Polymeric Liquids & Networks: Dynamics and Rheology is the second part of a two-volume treatise serving as a status report on a broad area of polymer science research. It represents an effort to unify and consolidate the work of many polymer researchers from all over the world, over the past 60-70 years. Both books are based on the graduate courses taught by the author at Princeton and Northwestern. The increasing need to apply new understandings about liquid structure to rheological behavior squeezed equilibrium aspects out of the rheology course and into another graduate course, which eventually became the basis for Volume 1, Structure and Properties, published in 2004. Volume 2 follows the original plan by building upon Volume 1—covering continuum background along with experimental observations, then molecular theories and applications to such topics as solution properties, long-chain branching and structural heterodispersity. Dynamics and Rheology aims to leave readers with a solid grounding in the principles that underlie the dynamics and rheological behavior of flexible chain polymer liquids and networks. Readers will develop an informed intuitive understanding of the connections between polymeric structure and rheological response. Theory, experiment, and simulation are woven together so as to leave the reader with a balanced grasp of the various areas, including exposure to important unsolved puzzles. The book will be a great resource for a range of academic researchers in chemistry, physics, materials science, and chemical engineering.
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