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Understanding reflexive systems of innovation: An analysis of Swedish nanotechnology discourse and organization

机译:了解反射性创新系统:瑞典纳米技术的话语和组织分析

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We seek to understand how nanotechnology can contribute to the development of a more sustainable society in general, and to investigate Swedish nanotechnology in particular. On the one hand, the research interest is on how nanoscience can be turned into used products, that is, innovation. On the other hand, we acknowledge that innovation itself is the main producer of risk in modern societies. Inspired by sociology and economics of innovation, we try to capture this by introducing the term 'reflexive system of innovation' to denote a system made up of heterogenous elements, such as discursive components (expressions of knowledge and normative and regulative stands) and organizational components (actors and knowledge), evolving in a non-linear way through external influences as well as self re-enforcing and self-regulating processes. We present the evolution of a Swedish nanotechnology system from the 1980s to the present, as it moves through phases characterized by different kinds of discourse and organization. Evaluating the Swedish case against the concept of a reflexive system of innovation, we find advanced academic knowledge production but a lack of interconnectivity between actors, few actors outside the research community entering the system and a weak function of anticipation, guidance and risk handling. Broad national nanotechnology initiatives (NNIs) may be important for the crystallization of the desired processes, but because neither innovation nor risk can be fully contained, an NNI may only be part of the input to a fully fledged reflexive system of innovation in nanotechnology.
机译:我们试图了解纳米技术如何在总体上为更可持续发展的社会发展做出贡献,并特别研究瑞典的纳米技术。一方面,研究兴趣在于如何将纳米科学转化为二手产品,即创新。另一方面,我们承认,创新本身是现代社会中风险的主要产生者。受创新的社会学和经济学的启发,我们尝试引入“反射性创新系统”来表示这一点,以表示由异质元素组成的系统,例如话语成分(知识表达以及规范性和规范性立场)和组织成分(演员和知识),通过外部影响以及自我强化和自我调节过程以非线性方式发展。我们介绍了瑞典纳米技术系统从1980年代到现在的演变过程,它经历了以不同类型的论述和组织为特征的阶段。在对瑞典的反身创新体系概念进行评估的过程中,我们发现先进的学术知识产生但参与者之间缺乏相互联系,研究界之外的参与者很少进入该体系,并且在预期,指导和风险处理方面的功能较弱。广泛的国家纳米技术计划(NNI)对于所需过程的结晶可能很重要,但是由于创新和风险都无法得到完全遏制,因此NNI可能只是纳米技术创新的完整反身系统投入的一部分。

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