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The world’s social, ecological and economic problems are so complex and diverse that therewill never be a “one-size-fits-all” model for social innovation. The very nature of social innovation as a new, better way of solving social problems means that it is not even in the interest of social innovation advocates to create tidy definitions, but rather to create environments that allow for the process of creative destruction with a social purpose to prosper. Inspired by a desire to deepen our understanding of the role of social innovation in addressing today’s most pressing challenges, authors Heloise Buckland and David Murillo explore four inspiring cases and define a new set of variables to help better understand the conditions under which social innovation can be most effective. These variables can be helpful for investors, governments, academic centres, foundations and individual entrepreneurs interested in measuring the potential of any given social innovation to bring about the much-needed systemic change to solve today’s complex challenges.This book builds on a track record of research and education in corporate social responsibility and social entrepreneurship at ESADE Business School’s Institute of Social Innovation. Building on an understanding of the key characteristics and challenges faced by social entrepreneurs, here authors undertake a deeper analysis of social innovation.
Social change. --- Change, Social --- Cultural change --- Cultural transformation --- Societal change --- Socio-cultural change --- Social history --- Social evolution --- Social change --- E-books
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Nanochemistry: Chemistry of Nanoparticle Formation and Interactions provides an overview of the chemistry aspects of nanoparticle science, including nanoparticle synthesis, chemical properties, stability, applications and self-assembly behavior. The critical concepts discussed in this book represent the necessary toolbox for enabling the rational design of nanoparticle-based materials for target applications. After an introduction to standard analytical techniques used for nanoparticle characterization, four separate chapters cover inorganic, organic, polymer nanoparticles, and carbon nanostructures to highlight the synthetic protocols, structural intricacies, and chemical properties specific to each of these material classes.
Nanoparticles. --- Nanochemistry. --- Nanoparticles --- chemistry
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