SeriesFusion
Science, curated & edited by AI
Paradigm Challenge  /  Society

Combining different fields of knowledge slows down the speed of technology transfer but creates much deeper industrial impact.

Epistemic diversity is the primary driver for long-term innovation in the corporate world. Universities and governments often try to accelerate science into the market to get quick results. Rushing this process usually leads to shallow improvements rather than the breakthroughs that redefine entire industries. Taking the time to bridge disparate fields results in knowledge that is more valuable and harder for competitors to copy. Quality innovation requires the slow integration of different ways of thinking.

Original Paper

The Architecture of Knowledge Bridges: How Epistemic Diversity Shapes the Speed and Depth of Academic Knowledge Diffusion into Industry

Hui-Yu Shih, Bou‐Wen Lin

SSRN  ·  6722494

How does the nature of academic co-creation shape the industrial impact of scientific knowledge? Using 262,523 science-linked patent observations spanning 1998–2018, we investigate how three modes of boundary-spanning in academic research, namely institutional (university–industry co-authorship), geographic (cross-border collaboration), and epistemic (cognitive diversity of knowledge inputs), differentially affect two critical outcomes: the speed of knowledge diffusion from academia to industry