ABSTRACT
Space research is not only limited to the development of space technologies, but also has the potential to provide innovative solutions to other sectors. This study examines how the technological advances achieved by space research can be transferred to various industries and the role of policy makers in this process. In particular, the innovative contributions of space technologies to strategic sectors such as energy, health, agriculture, communications and defence are discussed and concrete examples of the applicability of these technologies to other fields are presented. In this context, the study provides strategic recommendations for technology policy makers and underlines the necessary steps for sectoral transformation and sustainable growth. Technologies derived from space exploration offer effective solutions in a wide range of fields, from innovative materials to artificial intelligence, from robotic systems to data processing capacity. The study emphasises that policy makers should embrace these innovative solutions provided by space exploration and support sectoral adaptation processes. By creating regulations that encourage the transfer of innovative technologies, policy makers can strengthen cross-sectoral cooperation and accelerate the diffusion of new technologies. Moreover, the establishment of cooperation platforms between the public and private sectors can increase the sharing of technological know-how and contribute to the development of the innovation ecosystem.
Keywords: Space research, Technology transfer, Innovative solutions, Policy makers, Sectoral transformation
