These 3 GenAI examples show the power of science diplomacy
Science diplomacy can transcend the geopolitical arena, building trust and bridging gaps between nations to solve global problems, now and in the future.
Joël Mesot has been President of ETH Zurich since 2019. He studied physics at ETH Zurich, receiving his doctorate degree in 1992 with a thesis on high-temperature superconductors. He
spent several years researching quantum materials in France, the USA, and at the Paul Scherrer Institute (PSI) in Switzerland. Between 2008 and 2018 he served as the Director of the PSI before accepting an appointment as President of ETH Zurich. Under his leadership, the university intensified its policy-relevant research and deepened its dialogue with political actors in Switzerland and internationally. He launched various initiatives in the fields of space, AI, cybersecurity, and energy, and initiated the establishment of an ETH campus in Heilbronn, Germany. Mesot is a member of several advisory boards, including the Board of Trustees of the Swiss Innovation Park and the Board of Directors of CREATE (Singapore).
Science diplomacy can transcend the geopolitical arena, building trust and bridging gaps between nations to solve global problems, now and in the future.
Universities can play a key role in addressing challenges such as climate change. Here are three technologies developed in Switzerland that highlight how.
Universities can serve as “living labs” where investment in innovative energy solutions can be upscaled and tested in cooperation with industry.
While science contributes intellectual capital to the global economy, it is also uniquely poised to play a greater role in science diplomacy.

