This paper explores how academic inventors who have been involved in university spinout formation negotiate their use of the apparently contradictory logics of academic and commercial science – operationalized as Mode 1 and Mode 2, respectively. Interviews with 18 academic inventors from top research universities in the UK suggest that the two logics are not in a binary contradiction. As they work at the interface of industry and academia, academic inventors are both motivated and governed by components drawn from two different logics in a conditional, context-dependent manner. While they incorporate social accountability as a desired function of academic research, inventors are simultaneously controlled by the traditional norm of what cons...
The relative importance, and specific role, of academic entrepreneurship in society has long focused...
Technology licensing officers play an important role in the creation of university spinoffs. Anecdot...
Academic entrepreneurship by means of university spin-offs commercializes technological breakthrough...
In an opaque institutional field, compliance can be gauged only imperfectly, if at all, where knowle...
Academic scientists are encouraged to pursue research that delivers both scientific and societal imp...
Despite the recent increase in academic entrepreneurship research, we still know relatively little a...
The statutory requirement of identifying the first and true inventor is often muddled by the mores a...
Background: Authorship and inventorship are the key attribution rights that contribute to a scientis...
Over the past thirty years, a rich body of research has focused on knowledge commercialization activ...
The notion of Mode 2, as a shift from Mode 1 science-as-we-know-it, depicts science as practically ...
Scientific knowledge resulting from university research is an important feature in the contemporary ...
The commercialisation of university patents via spin-off formations or licensing to established comp...
Numerous papers on university patenting and commercialisation have mapped the patent ownership lands...
Growing intensity of university-industry ties has generated an intense debate about the changing nor...
The relative importance, and specific role, of academic entrepreneurship in society has long focused...
Technology licensing officers play an important role in the creation of university spinoffs. Anecdot...
Academic entrepreneurship by means of university spin-offs commercializes technological breakthrough...
In an opaque institutional field, compliance can be gauged only imperfectly, if at all, where knowle...
Academic scientists are encouraged to pursue research that delivers both scientific and societal imp...
Despite the recent increase in academic entrepreneurship research, we still know relatively little a...
The statutory requirement of identifying the first and true inventor is often muddled by the mores a...
Background: Authorship and inventorship are the key attribution rights that contribute to a scientis...
Over the past thirty years, a rich body of research has focused on knowledge commercialization activ...
The notion of Mode 2, as a shift from Mode 1 science-as-we-know-it, depicts science as practically ...
Scientific knowledge resulting from university research is an important feature in the contemporary ...
The commercialisation of university patents via spin-off formations or licensing to established comp...
Numerous papers on university patenting and commercialisation have mapped the patent ownership lands...
Growing intensity of university-industry ties has generated an intense debate about the changing nor...
The relative importance, and specific role, of academic entrepreneurship in society has long focused...
Technology licensing officers play an important role in the creation of university spinoffs. Anecdot...
Academic entrepreneurship by means of university spin-offs commercializes technological breakthrough...