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About

  • About us

    • About
    • Contact us
  • Media

    • News archive
  • Cooperations

    • Eli F. Heckscher Lectures

Research

  • Areas

    • Labour Market Research
    • Competitiveness Research
    • Climate and Environmental Research
  • Ongoing research

    • Working Paper Series
  • People
  • Publications

    • Publications

      • Publications

    Digital innovation and the effects of artificial intelligence on firms’ research and development – Automation or augmentation, exploration or exploitation?

    PublicationArticle (with peer review)
    Christian Sandström

    Abstract

    Digitalization has altered many assumptions underpinning research on innovation management. At the early innings of exploring how digital innovation management stands out, there is a need for further studies in this area. Previous research on how firms use artificial intelligence has distinguished between automation and augmentation of human activities. In this paper, we explore how firms implement artificial intelligence within research and development. Utilizing an international news database spanning 956 articles from 122 newspapers published in 2020, we find that artificial intelligence is primarily adopted to augment human activities (55%) within research and development, rather than to automate matters (11%). We observe differences across sectors where automation is more common in government, information and communication technology (ICT), and technology and software. Our systematic coding shows that artificial intelligence is primarily adopted for exploration research and development (64%), rather than exploitation (5%). Based on these findings, we conclude that research and development from artificial intelligence primarily focuses on novel markets and areas of operations, rather than enhancing existing product markets and activities. Moreover, it augments human labor rather than replaces it; hence, job losses related to artificial intelligence do not seem to be taking place within research and development.

    The article in total can be read here.

    Johnson, P. C., Laurell, C., Ots, M., & Sandström, C. (2022). Digital innovation and the effects of artificial intelligence on firms’ research and development–Automation or augmentation, exploration or exploitation?. Technological Forecasting and Social Change, 179, 121636.

    Details

    Author

    Johnson, P. C., Laurell, C., Ots, M., & Sandström, C.

    Publication year

    2022

    Published in

    Technological Forecasting and Social Change, 179, 121636.


    Selected publication

    Absolute income mobility and the effect of parent generation inequality: An extended decomposition approach
    Liss, E., Korpi, M., & Wennberg, K.

    Selected publication

    No evidence of counteracting policy effects on European solar power invention and diffusion
    Grafström, J., & Poudineh, R.

    Similar content

    Introducing the inverted Icarus paradox in business history – Evidence from David and Goliath in the Swedish telecommunications industry 1981–1990
    Article (with peer review)Publication
    Eriksson, K.; Lakomaa, E.; Nykvist, R.; Sandström, C.
    Publication year

    2024

    Published in

    Business History, Advance online publication.

    Abstract

    Previous research in business and management history has identified the Icarus paradox, which describes how organisations may fall due to overconfidence and hubris. We build upon previous research on paradoxes in business history and introduce the notion of an inverted Icarus paradox. Using rich archival sources coded in a relational database, we show how an entrant firm, Comvik, outmanoeuvred an established government monopoly in the non-market domain from 1980 to 1990, despite inferior resources and a weak market position. The government monopoly Televerket faced an inverted Icarus paradox; it could not leverage its strengths and political connections as they were stuck in a David versus Goliath narrative where public opinion was more sympathetic to the entrant firm Comvik.

    Learning from Overrated Mission-Oriented Innovation Policies: Seven Takeaways
    Book chapterPublication
    Henrekson, M., Sandström, C., & Stenkula, M.
    Publication year

    2024

    Published in

    Springer Nature.

    Abstract

    This chapter integrates findings from several different case studies on mission-oriented innovation policies (MOIPs) and makes use of the existing literature to briefly describe three other missions: The War on Cancer, homeownership in the United States, and the Swedish Million Program. Together with the analyses in the other chapters of this volume, seven takeaways regarding mission-oriented innovation policies are developed and described: (1) wicked problems cannot be solved through missions, (2) politicians and government agencies are not exempt from self-interest, (3) MOIPs are subject to rent seeking and mission capture, (4) policymakers lack information to design MOIPs efficiently, (5) MOIPs distort competition, (6) government support programs distort incentives and result in moral hazard, and (7) MOIPs ignore opportunity costs. These seven takeaways are illustrated using the cases described in this chapter and elsewhere in this volume.

    The state of the entrepreneurial state: Empirical evidence of mission-led innovation projects around the globe. In Moonshots and the New Industrial Policy (pp. 125–143)
    Book chapterPublication
    Batbaatar, M., Larsson, J. P., Sandström, C., & Wennberg, K.
    Publication year

    2024

    Published in

    In Moonshots and the New Industrial Policy (pp. 125–143). Springer.

    Abstract

    This chapter reviews theoretical rationales for mission-oriented innovation policy and provides an empirical overview of extant 28 papers and 49 cases on the topic. We synthetize varieties of mission formulations, actors involved, and characteristics of missions described as more or less failed or successful. Fifty-nine percent of the studied missions are still ongoing, 33 percent are considered successful, and 8 percent as failures. Sixty-seven percent of the studied missions have taken place in Europe, 24 percent in North America, and 8 percent in Asia. The majority of innovation projects referred to as missions do not fulfill the criteria defined by the OECD. Results suggest that missions related to technological or agricultural innovations are more often successful than broader types of missions aimed at social or ecological challenges. Challenges regarding the governance and evaluation of missions remain unresolved in the literature. We find no case that contains a cost-benefit analysis or takes opportunity cost into account.

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