Radical innovation: crossing knowledge boundaries with ...
Radical innovation: crossing knowledge boundaries with ...
Radical innovation: crossing knowledge boundaries with ...
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grants for interdisciplinary research related to the environment and health, rural<br />
economy and land use and energy. And the Council for Science and Technology<br />
report on the relationship between the arts and sciences states that the nature of the<br />
<strong>knowledge</strong> economy renders “the concept of a distinct frontier between science and<br />
the arts and humanities … anachronistic. Successful economies depend increasingly<br />
on the creation, communication, understanding and use of ideas and images”(Council<br />
for Science and Technology 2001:1). In these cases solutions to particular problems<br />
that are visible in society today or anticipated for the future are perceived to lie in the<br />
combination of <strong>knowledge</strong> from different sectors and disciplines.<br />
The description of <strong>innovation</strong> as a relationship between research and market in the<br />
policy literature is thus associated <strong>with</strong> the requirement for greater connectivity,<br />
exchange and collaboration in research more generally. However, while government<br />
policy reports frequently note the importance of collaborations and networking in<br />
<strong>knowledge</strong> production, several reports commissioned by NESTA point out that<br />
government measures of <strong>innovation</strong> often obscure precisely the kinds of <strong>innovation</strong><br />
that flourish in these contexts. The 2006 report on ‘The Innovation Gap’ and the 2007<br />
report on ‘Hidden Innovation’ both argue that current ways of measuring <strong>innovation</strong>,<br />
in terms of R & D spending or numbers of patents, fail to make visible forms of<br />
<strong>innovation</strong> that are occurring in the UK economy through processes of networking<br />
and collaboration (Harris and Halkett 2007, NESTA 2006). Much of the <strong>innovation</strong><br />
that occurs in the UK, they argue, involves drawing on and adapting ideas from<br />
outside a firm rather than a single firm both developing entirely new ideas and taking<br />
them to market. Furthermore <strong>innovation</strong> may not only take the form of technological<br />
solutions, but also social and organizational transformations. These reports thus call<br />
for a more detailed analysis of how <strong>innovation</strong> might occur in practice, and<br />
recognition of multiple forms of <strong>innovation</strong>, in order to develop the policies that will<br />
support and advance it.<br />
Across the policy reports reviewed here, including both those published by<br />
government agencies and NESTA, numerous forms of associations and collaborations<br />
are presented under the banner of <strong>knowledge</strong> exchange or boundary <strong>crossing</strong>. These<br />
are summarised below before we turn to the role of interdisciplinarity in this<br />
conglomeration.<br />
12.2.3 Different models of <strong>knowledge</strong> exchange described in policy literature<br />
Interdisciplinarity gains its contemporary specificity <strong>with</strong>in policy discourse as part of<br />
a bundle of terms relating to collaboration and networking, all of which stand for<br />
increased connectivity between research and the market. However, what is notable<br />
across the literature so far reviewed is that while much emphasis is laid on <strong>innovation</strong><br />
and the importance of networking in general, there is little description of how these<br />
different kinds of networking might differ from one another, and what<br />
interdisciplinary research might consist of in practice beyond the abstract notion of<br />
social consultation. Furthermore, by calling on the social sciences and arts as<br />
spokespersons for society, policy discourse on science and society risks assigning<br />
Innovation and Interdisciplinarity 102