NOMIS Research Projects

From investigating the biological roots of human behavior to exploring the societal impacts of emerging technologies, NOMIS research projects are unconventional inquiries that transcend disciplinary boundaries. They are led by established scientists who embrace the inherent risks of exploring the unknown, applying radically different approaches to pursue projects with no guaranteed outcomes — those often overlooked by traditional funding. We support this pursuit of knowledge by giving our grantees the freedom to follow their curiosity, uncovering the foundational insights that drive global progress.

NOMIS Foundation Research Projects

NOMIS research projects

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Trustworthy AI Voting Assistants and Supported Democracy

The Question Democracy depends on citizens being able to make informed choices. In direct democracies such as Switzerland, citizens regularly vote on complex and consequential issues, from climate policy and digital regulation to public finance and social insurance. As these decisions become more technical and information-intensive, many voters face a growing burden: They must understand […]

NOMIS researcher

Hans Gersbach

Project period

2026 – 2031

Details

A Mesoscale Theory of the Biosphere

Human activities are causing an alarming decline in biodiversity, threatening the vital natural resources such as fertile soil, clean water and climate stability we depend on. While scientists have a strong understanding of how nature operates at local and planetary levels, we lack a general theory for how ecological changes at the mesoscale — the regional networks that connect the two — add up to impact the stability of the biosphere as a whole. How do ecosystems connected across landscapes, seascapes and regions collectively buffer — or amplify — environmental change? Understanding this is essential to preserving the natural systems that support all life.

NOMIS researcher

Andrew Gonzalez

Project period

2026 – 2031

Details

The Quest for Ultralow Dissipation

The question All physical systems gradually lose energy. A guitar string stops vibrating after being plucked, a swinging pendulum eventually comes to rest, and even light circulating inside a tiny glass structure slowly fades away. This universal process, known as dissipation, appears simple but raises a profound question: What ultimately determines how slowly energy can […]

NOMIS researcher

Tobias Kippenberg

Project period

2026 – 2031

Details

Stress and Economics

The question We live in a world of repeated crises, where economic shocks like stock-market crashes or unexpected layoffs are frequent occurrences. The impact of these shocks extends far beyond mere financial consequences. These deeply stressful experiences can cause lasting physical and mental harm, including accelerated aging and higher mortality. Furthermore, these ongoing biological stress […]

NOMIS researcher

Ulrike Malmendier

Project period

2026 – 2031

Details

Chemosignaling and Related Biology of Human Social Interactions

The Question The belief that humans have a poor sense of smell compared to other animals is false. Olfaction in humans serves important purposes. In addition to the assessment of the safety of the environment (e.g., the presence of toxins, fire or predators), olfaction is also used for social purposes, to identify romantic partners, offspring […]

NOMIS researcher

Nicholas A. Christakis

Project period

2026 – 2030

Details

Social Movements and Knowledge Production, 1960s–1990s

The Question How can science help address today’s political, social and environmental crises? And are our existing scientific institutions capable of doing so — or have they become part of the problem? These questions feel urgent in the present, yet their roots lie in the transformative decades between the 1960s and 1990s, a time when […]

NOMIS researcher

Nils Güttler

Project period

2026 – 2030

Details

Mapping the Evolution of AI

The Question The rapid advancement of artificial intelligence is reshaping nearly every aspect of modern life, from scientific research to governance. However, beneath this explosive growth lies a troubling trend: AI research may be converging toward a “scientific monoculture.” The field is increasingly dominated by a few key technologies like transformers and large language models, […]

NOMIS researcher(s)

Stefan Thurner Helga Nowotny

Project period

2026 – 2026

Details

Reintegrating Linguistics

The Question How can linguistic theory be reconnected with broader fundamental questions about cognition and evolution? Current theories of cross-linguistic patterns in word order assume a very richly structured innate syntactic system with many detailed constraints on how words can be arranged. While this view captures important empirical generalizations, it leaves open two major questions: […]

NOMIS researcher(s)

Viola Schmitt Roni Katzir

Project period

2026 – 2029

Details

8 of 106 Projects