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1.
Despite the growing interest of scholars and policymakers to better understand the determinants for researchers in public science to transfer knowledge and technology to firms, little is known how temporary international mobility of scientists affects both their propensity to engage in knowledge and technology transfer (KTT) as well as the locus of such transfer. Based on a sample of more than 950 German academics from science and engineering faculties, we investigate how the duration and the frequency of scientists’ visits at research institutions outside their home country affect KTT activities. We find that most mobile scientists engage in KTT to firms both in the host and in their home country, suggesting that KTT activities to firms abroad do not substitute or crowd out, but complement KTT to firms in the home country. We further find that the longer research visits abroad are, the higher the likelihood that scientists engage in KTT to firms, again both in the host and the home country. However, the more frequently scientists visit institutions abroad, the more likely they are to engage in KTT to firms only in their home country. Our results therefore provide evidence for the benefits of “brain circulation”. The article contributes to the growing strand of the literature on scientist mobility and on the determinants of industry-science linkages at the individual level. 相似文献
2.
Academics or entrepreneurs? Investigating role identity modification of university scientists involved in commercialization activity 总被引：3，自引：0，他引：3
Establishing the microfoundations of academic entrepreneurship requires closer scrutiny of a key actor contributing to this phenomenon—the university scientist. We investigate the sense-making that scientists engage in as part of their participation in technology transfer and postulate that this process involves a potential modification in their role identity. We analyzed more than 70 h of interview data at a premier U.S. public research university. We observe that scientists invoke rationales for involvement that are congruent with their academic role identity. They typically adopt a hybrid role identity that comprises a focal academic self and a secondary commercial persona. We delineate two mechanisms – delegating and buffering – that these individuals deploy to facilitate such salience in their hybrid role identity. Overall, these patterns suggest that university scientists take active steps to preserve their academic role identity even as they participate in technology transfer. Our findings clarify the social psychological processes underlying scientist involvement in commercialization activity, and offer fresh insights to the academic entrepreneurship, science policy and role identity literatures. 相似文献
3.
《Research Policy》2023,52(1):104646
While technology transfer at universities has received considerable attention in the innovation and entrepreneurship literature, we know much less about technology transfer at national/federal labs and (non-university) public research institutes. In this article and the related special section, we aim to fill this void. We provide a rationale for our special section on technology transfer from national/federal labs and public research institutes, summarize the papers in the special section, highlight research questions, theories, data and methods, key findings and conclusions. We conclude by outlining a research agenda for multi-level research on agents, institutions, and regions to improve our understanding of the managerial and public policy implications of technology transfer from these institutions. 相似文献
4.
Close enough but not too far: Assessing the effects of university-industry research relationships and the rise of academic capitalism 总被引：1，自引：0，他引：1
Analysts assessing the impact of university-industry research relations (UIRRs) and increasing proprietary behavior on the part of universities often focus on single-indicators or adopt promotional or critical stances. However, assessing impacts of shifts toward a more proprietary university is inherently complex because of potential countervailing or mediating factors within working relationships. From interviews with 84 biological scientists at nine universities we find scientists view UIRRS and university intellectual property (IP) policies in complex and often conflicting ways. For example, university scientists believe UIRRs are valuable for increasing contact with scientists, but are problematic because working with industry can restrict communication among scientists. Also scientists believe university IP policies should shield their work from opportunistic behavior and at the same time be designed to attract industry partners. In addition scientists believe universities use their IP policies primarily as revenue raising vehicles and secondarily to address public good issues such as technology transfer. 相似文献
5.
The paper analyses scientific research production at the laboratory level. The evidence on which the study is based describes precisely the research activity over the period 1993-2000 of more than eighty labs belonging to Louis Pasteur University, a large and well-ranked European research university. The research organization of the labs is analysed by focusing on the characteristics of the research personnel in relation with the scores in two outcomes that are publications and patents. The paper proposes a five-classes typology of laboratories that highlights different styles of research organization and productivity at the laboratory level. It also studies the determinants of the publication performances of labs. We show how appropriate combinations of inputs in academic labs may be strongly associated to high publication performances. We find that combining full-time researchers and university professors in labs tend to preserve incentives. Highly publishing labs also patent. The size of the labs, the individual promotions, and the role of non-permanent researchers and of non-researchers are also underlined. 相似文献
6.
《Research Policy》2019,48(9):103799
Interdisciplinary research (IDR) has raised increasing expectations among scholars and policymakers about its potential to produce ground-breaking scientific contributions and satisfy societal demands. While existing research highlights that novel connections across fields is beneficial for scientific contributions with high academic impact, comparatively less is known about whether IDR is positively associated to scientists’ engagement with non-academic actors. To investigate this, we examine whether there is a systematic relationship between scientists’ IDR-orientation and their interactions with industry. We conceptually distinguish four stylized modes of interaction (firm creation, technology transfer, co-production and response modes) and employ three distinct indicators of IDR. We use data on 1,170 scientists affiliated to public research organizations in Spain, bibliometric dataset of scientists’ publications, and details of scientists’ past involvement in interactions with industry. Our results show that IDR has a transversal influence on all four modes. However, IDR-oriented scientists are more strongly associated to transactional (market-mediated) compared to relational (personal-based) interaction mechanisms; while we find no evidence of a significant difference between IDR-oriented scientists and their propensity to engage in different modes of U-I interaction according to the degree of goal specificity. 相似文献
7.
The Bayh-Dole Act and scientist entrepreneurship 总被引：1，自引：0，他引：1
Much of the literature examining the impact of the Bayh-Dole Act has been based on the impact on patenting and licensing activities emanating from offices of technology transfer. Studies based on data generated by offices of technology transfer, suggest a paucity of entrepreneurial activity from university scientists in the form on new startups. There are, however, compelling reasons to suspect that the TTO generated data may not measure all, or even most of scientist entrepreneurship. Rather than relying on measures of scientist entrepreneurship reported by the TTO and compiled by AUTM, this study instead develops alternative measures based on the commercialization activities reported by scientists. In particular, the purpose of this paper is to provide a measure of scientist entrepreneurship and identify which factors are conducive to scientist entrepreneurship and which factors inhibit scientist entrepreneurship. This enables us to compare how scientist entrepreneurship differs from that which has been established in the literature for the more general population. We do this by developing a new database measuring the propensity of scientists funded by grants from the National Cancer Institute (NCI) to commercialize their research as well as the mode of commercialization. We then subject this new university scientist-based data set to empirical scrutiny to ascertain which factors influence both the propensity for scientists to become an entrepreneur. The results suggest that scientist entrepreneurship may be considerably more robust than has generally been indicated in studies based on TTO data. 相似文献
8.
We examined the extent to which and why early career transitions have led to women being underrepresented among faculty in the life sciences. We followed the careers of 6,336 scientists from the post-doctoral fellowship stage to becoming a principal investigator (PI) – a critical transition in the academic life sciences. Using a unique dataset that connects individuals’ National Institutes of Health funding histories to their publication records, we found that a large portion of the overall gender gap in the life sciences emerges at this transition. Women become PIs at a 20% lower rate than men. Differences in “productivity” (publication records) can explain about 60% of this differential. The remaining portion appears to stem from gender differences in the returns to similar publication records, with women receiving less credit for their citations. 相似文献
9.
Leland L. Glenna Rick Welsh David ErvinWilliam B. Lacy Dina Biscotti 《Research Policy》2011,40(7):957-968
Policies designed to promote the commercialization of university science have provoked concern that basic and publicly accessible research may be neglected. Commercialization policies have altered traditional institutional incentives and constraints, which raises new questions regarding the influence of scientists’ values on university research agendas. Our research builds on previous quantitative studies measuring changes in research outcomes and qualitative studies probing differentiation among scientists’ value orientations. We developed a nation-wide survey of 912 plant and animal biotechnology scientists at 60 research universities. Our analysis reveals that scientists’ value orientations on what we classify as “market” and “expert” science affect the amount of industry funding they receive, the proprietary nature of their discoveries, and the percentage of basic science research conducted in their laboratories. We also find that the percentage of industry funding is significantly associated with more applied research. Our findings provide insights for science and society theory and suggest that strong incentives for public-science research along with adequate public-research funds to preserve the university's vital role in conducting basic and non-proprietary research are needed to complement private-sector research investments at universities. 相似文献
10.
对美国能源部管理的国家实验室进行研究,分析其与美国大学之间的关系,在此基础上讨论高校建设国家实验室的优势条件,提出在高校建设的国家实验室应该相对独立,建立完善的人员、资源共享制度,以实现高校与国家实验室建设的相互促进;建立完善的科研设备共享机制,以支持在高校建设大科学装置相关的国家实验室. 相似文献
11.
The purpose of this paper is to provide an empirical test of the commercialization route chosen by university scientists funded by the National Cancer Institute (NCI) at the NIH and how their chosen commercialization path is influenced by whether or not the university technology transfer office is involved. In particular, the paper identifies two routes for scientific commercialization. Scientists who select the TTO route by commercializing their research through assigning all patents to their university TTO account for 70% of NCI patenting scientists. Scientists who choose the backdoor route to commercialize their research, in that they do not assign patents to their university TTO, comprise 30% of patenting NCI scientists. The findings show a clear link between the commercialization mode and the commercialization route. Scientists choosing the backdoor route for commercialization, by not assigning patents to their university to commercialize research, tend to rely on the commercialization mode of starting a new firm. By contrast, scientists who select the TTO route by assigning their patents to the university tend to rely on the commercialization mode of licensing. 相似文献
12.
Scientific breakthroughs coming from universities can contribute to the emergence of new industries, such as in the case of biotechnology. Obviously, not all research conducted in universities leads to a radical change from existing technological trajectories. Patents and patent dynamics have long been recognized as critical in understanding the emergence of new technologies and industries. Specifically, patent citations provide insight into the originality of a discovery that has received patent protection. Yet while a large body of literature addresses the impact of patent originality on various firm performance measures, we address the question of what conditions drive patent originality in the process of knowledge creation within the university. Using data on patented cancer research, we examine how research context – as reflected by the funding source for each scientist – is associated with patent originality. We find that when university scientists are partly funded by their own university, they have a higher propensity to generate more original patents. By contrast, university scientists funded either by industry or other non-university organizations have a lower propensity to generate more original patents. The significance of our findings in the cancer research setting call for further research on this question in other research fields. 相似文献
13.
University research centers have been institutionalized as a part of the science policy repertoire committed to strategic use of science and technology. Based on a representative sample of academic scientists and engineers in American research universities, this study investigates the selection dynamics, attempting to unfold the determinants of department-affiliated faculty members to be center affiliates. The findings suggest that university research centers select their affiliates on the basis of individual scientific and technical human capital. Scientists from prestigious departments are more likely to be center affiliates, so are prolific scientists, former postdoctoral scholars and the elder cohorts. In the meantime, university research centers are able to overcome the incentive incongruity with academic departments, as is evidenced by a higher likelihood among junior scientists to secure center connections. Dedicated to diversity and equity, university research centers provide a level playing field for women, minority and foreign-born scientists. The study concludes with a discussion of the scientific and technical human capital theory and policy implications in the science enterprise. 相似文献
14.
Byungchae Jin 《Research Policy》2019,48(1):385-400
This study investigates whether country-level technological disparities influence individual scientists’ choice of research agenda and, if so, how the effect of country-level technological disparities on individuals’ research activities differs before and after technology commercialization. To address these research questions, we use research proceedings published from the International Electric Vehicle Symposium (EVS) from 1990 to 2009. We find that a country’s technological capabilities tend to prevent its scientists from studying electric vehicles (defined as a disruptive technology) but encourage them to study hybrid vehicles (defined as a sustaining technology) before electric and hybrid vehicles are launched in the automobile market. We also find that a country’s technological capabilities do not subsequently help its scientists shift their research activities to the technologies that have received positive initial feedback from automobile markets. 相似文献
15.
技术转移作为高校社会服务职能的重要体现形式，对高校科研活动究竟产生了何种影响是学术界关注的热点问题。本文以2008-2014年中国106所“211”及省部共建高校为样本，研究了高校技术转移对其论文产出和专利产出的影响效应，并对不同来源的科研资助（政府资助和企业资助）在高校技术转移与科研产出关系中的中介作用和调节作用分别进行了实证检验。结果表明：（1）高校技术转移对论文产出的影响不显著，而对专利产出具有显著正向影响；（2）高校技术转移对其获取政府资助和企业资助均具有显著的正向影响，政府资助和企业资助在高校技术转移与专利产出关系中发挥积极的中介作用；（3）政府资助对高校技术转移与论文产出的关系具有显著的负向调节作用，而企业资助对高校技术转移与专利产出的关系具有显著的负向调节作用。 相似文献
16.
For at least a decade, U.S. funding agencies and university campuses have promoted the expansion of interdisciplinary research. At the same time, federal and local programs have sought to increase the participation of women and minorities in science, mathematics, and engineering. Research has focused on each of these trends independently, but very few studies have considered their interaction by asking how intellectual preferences for and professional consequences of interdisciplinary science might be influenced by gender, race, and/or ethnicity. Focused specifically on gender, this paper considers the expectation that women will be more drawn to interdisciplinary research, and explores the learning styles, work preferences, and career behaviors that might anticipate and/or explicate gender differences in interdisciplinary science. Principal mechanisms by which researchers engage in interdisciplinarity - cross-fertilization, team-collaboration, field-creation, and problem-orientation - are tested for evidence of gendering using preliminary empirical data from three studies. The results of this exploratory analysis offer clues about possible tendencies and raise questions about the potential costs and benefits for those who adopt them. 相似文献
17.
The concept of regional technology spill-overs created by university research is one of the most enduring theories within the economic geography and innovation management fields. This article introduces an alternative perspective on academic commercialization, arguing that the quality of a university's regional environment can significantly impact a university's success in commercializing science. Recent research on university technology transfer stresses the importance of personal contacts between academic and industry scientists in driving commercialization. The social structure of the regional economy in which a university is embedded will strongly influence the density of contacts linking university scientists with individuals in industry, and through doing so, impact the density of networks through which university knowledge can be commercialized. Social network analysis is used to examine the quality of social ties linking industry and university scientists within the San Francisco and Los Angeles California biotechnology industries over the 1980–2005 period. Results support the theory that the existence of strong social networks linking inventors heightens university commercialization output. Despite similar university research endowments, universities in San Francisco have dramatically commercialization outputs than San Francisco, which is correlated with the existence of cohesive inventor networks linking industry and university scientists in this region, but not Los Angeles. Moreover, longitudinal analysis shows that the commercialization output of San Francisco universities increased substantially starting in the early 1990s, the time period in which cohesive inventor networks emerged in the region. 相似文献
18.
Breaking the Ivory Tower: Academic Entrepreneurship in the Life Sciences in UK and Germany 总被引：1，自引：0，他引：1
We examine engagement in commercial activities (consulting, patenting, and founding) among more than 2200 German and UK life scientists. We test hypotheses that include attributes of individuals, their material and social resources, and perceptions about values and reputation. We find that characteristics reflecting professional security, advantage and productivity are strong predictors for a greater breadth of participation in academic entrepreneurship, but not for all forms of technology transfer that we are able to test. For such academics, science and commerce go hand in hand, as they are best poised to straddle the boundary between industry and academy. We find strong support, however, that scientists perceive the value of patenting differently, and the level of reputational importance placed on scientific compared to commercial achievements matters in shaping commercial involvement. 相似文献
19.
科学家参与知识转移与基于科学的企业持续创新 《科学学研究》2019,37(11):2082-2091
大学及公共研究机构的成果商业化越来越受到重视。为了更有效的转化其基础科研成果，一种新的基于科学的企业随之诞生。这类企业与基础科学研究紧密相连，以商业化大学和公共研究机构中的成果为目的，并试图从中获取财务回报。本文选取国内著名高校成果转化的成功案例，从“知识转移与吸收”的视角研究了大学与公共研究机构的成果转化，本文的研究表明：（1）对于综合复杂性基础科研成果，成立“基于科学的企业”是实现成果转化的有效途径；（2）科学家的深度参与商业化是实现隐性知识转移的有效方式；（3）基于科学的企业与大学或研究机构建立长期合作与反哺机制，有利于企业培养知识吸收能力并形成企业的持续创新能力；（4）政府多手段的支持降低了企业风险，为企业提供良好的创新环境。 相似文献
20.
Absorptive capacity and the search for innovation 总被引：3，自引：0，他引：3
Kira R. Fabrizio 《Research Policy》2009,38(2):255-12407
This paper examines the link between a firm's absorptive capacity-building activities and the search process for innovation. We propose that the enhanced access to university research enjoyed by firms that engage in basic research and collaborate with university scientists leads to superior search for new inventions and provides advantage in terms of both the timing and quality of search outcomes. Results based on a panel data of pharmaceutical and biotechnology firms support these contentions and suggest that the two research activities are mutually beneficial, but also uncover intriguing differences that suggest differing roles of internally and externally developed knowledge. 相似文献