Washington Quantum Computing Meetup

Title: Navigating the Quantum Divide(s)

Summary:
This article explores the possible divides resulting from the introduction of emerging quantum technologies (QT) to society. It provides the multidirectional impacts of QT on science, technology, geopolitics, and societal structures. We aim to challenge the idea of a singular "quantum divide" by presenting a more comprehensive perspective. To complement the existing literature on the quantum divide, we propose four distinct divides that could result from the emergence of QT. Firstly, we examine the "Quantum Divide in Science", representing the paradigmatic gap among scientists and inequalities in access to knowledge/resources within research communities. We suggest the "Quantum Divide in Technologies through Path-dependency" as the second possible divide, examining the adoption processes of certain technologies to be developed by nations, firms, and research communities. The discussion extends internationally, focusing on the "Quantum Divide between Countries," by dealing with the reasons and outcomes of the adoption processes between countries of different development levels (economically, industrially, and technologically). As the final divide, we put forth our perspective on the "Quantum Divide within Societies", one of the most explored ones in the literature, addressing societal implications. For each type of the divide, we propose several directions to navigate them, some complementary, some incompatible. Finally, we discuss the interconnectedness and distinctness of different types of divides and how they impact the directions to navigate them. This study serves as a guidance for those interested in a more in-depth investigation of the concept of quantum divide, possible directions of navigating the divides, and how the introduction of QT might affect the innovation ecosystems by impacting the scientific, technological, international, and societal institutions.

Speaker:
Dr. Zeki Seskir is a doctoral researcher at Karlsruhe Institute of Technology (KIT) - Institute for Technology Assessment and Systems Analysis (ITAS) and coordinator of the project "QuTec: Quantum Technology Innovations for Society." He conducts landscaping studies on quantum technologies (QT) to be utilized in technology assessment capabilities. Furthermore, he is working in the education and outreach activities in QT. His background is in Science and Technology Policy Studies (STPS) and quantum information science. His research interests cover wide range of topics from quantum games to innovation ecosystems.