Abstract In this empirical study, we have analysed three innovation management strategies that could be influencing the process of cross-fertilization of KETs (Key Enabling Technologies), currently being fostered by European initiatives. To do so, we have interviewed Nanotechnology-related project leaders participating in Horizon 2020. Results from a MCA (Multiple Correspondence Analysis) have shown that higher levels of cross-fertilization of KETs are associated with customer/market-oriented projects developed in informal networks characterized by a moderately heterogeneous knowledge, with a high level of involvement in nanotechnologies. With these outcomes, we argue that absorptive capacities and dynamic capabilities of organizations are decisive in a technologically convergent approach, lead by open innovation strategies.

中文翻译：

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关键使能技术的交叉施肥：基于创新管理策略的纳米技术相关项目的实证研究

摘要 在这项实证研究中，我们分析了三种可能影响 KET（关键启用技术）交叉施肥过程的创新管理策略，目前由欧洲倡议推动。为此，我们采访了参与 Horizo​​n 2020 的纳米技术相关项目负责人。 MCA（多重对应分析）的结果表明，更高水平的 KET 交叉施肥与在非正式网络中开发的以客户/市场为导向的项目相关以中等程度的异质知识为特征，并高度参与纳米技术。有了这些结果，我们认为组织的吸收能力和动态能力在技术融合方法中起决定性作用，由开放式创新战略引领。