Social Cohesion

The “Social Cohesion” Grand Challenge investigates the foundations and dynamics of social unity and democratic resilience. Topics include migration and integration, inequality, political participation, trust in institutions, and the impact of digital transformation on social structures. The goal is to promote inclusive, pluralistic societies through interdisciplinary research and knowledge exchange.

Global Health

The “Global Health” challenge focuses on health as a global good. It emphasizes health equity, preparedness for pandemics, the strengthening of healthcare systems, and the influence of environmental and social determinants on health outcomes. This challenge encourages cross-sectoral research in medicine, public health, policy, and ethics to address 21st-century health challenges.

Responsible Innovation in Times of Transformation

Responsible Innovation in Times of Transformation supports the development of responsible innovation processes in the face of complex societal and technological transformations. Central themes include research ethics, governance of emerging technologies, and the societal impact of scientific innovation. The challenge promotes anticipatory and reflexive research approaches that integrate societal needs and values.

Climate And Water Under Change

Climate and Water under Change addresses the urgent interrelations between climate change, water resources, and societal development. The challenge supports research on water-related risks, climate adaptation strategies, and the governance of hydrological systems in both urban and rural contexts. It brings together environmental science, urban planning, and the social sciences to develop integrated, sustainable solutions.

Quantum Technologies

The “Quantum” Grand Challenge explores the transformative potential of quantum technologies in science and society. Research within this challenge focuses on quantum information science, quantum sensing, and new materials, as well as the ethical and societal implications of deploying quantum systems. This challenge fosters interdisciplinary collaboration between physics, computer science, engineering, and philosophy.

How Can We Make Optical Quantum Technologies Work?

What Is The Intersection of Artificial Intelligence and Quantum Computing?

What Is The Potential of Quantum Optimization?