With the global economy becoming increasingly digitalised, semiconductors have become a strategic sector. In Switzerland, research and innovation in this field is being supported by the SwissChips initiative, which will run from 2024 to 2027.
Pushing the boundaries of science and technology to solve the challenges of tomorrow sometimes requires nations to work together to achieve what no single nation can do alone. The construction of the ITER thermonuclear reactor is a perfect illustration of the advantages of multilateralism in research and innovation. Switzerland will resume its participation in this research infrastructure on 1 January 2026.
From 29 September to 5 October 2025, State Secretary Martina Hirayama led a scientific mission to Japan to strengthen bilateral collaboration in education, research, and innovation. The mission highlighted Swiss-Japanese cooperation in key areas such as life sciences, space, AI and quantum science, including the signing of a Memorandum of Cooperation in quantum science and technology.
The Swiss Academy of Engineering Sciences (SATW) published its sixth Technology Outlook in September 2025. This study looks at technological developments and ventures to determine how well positioned Switzerland is in relation to the 31 technologies covered in the report. In this interview, co-authors Claudia Schärer and Stefan Scheidegger shed light on the most important findings.
Space activities occupy an important place in our society. Switzerland has been actively involved in this field since the early days. It is a competitive and reliable partner in the space sector.
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