Nadine Meertens
PhD candidate in Philosophy of Mind
I am a philosopher working in Philosophy of Mind and its intersections with Philosophy of Science, artificial intelligence, and comparative cognition. My research interests concern conceptual and epistemic issues in understanding, evaluating, and comparing nonhuman minds across systems ranging from nonhuman animals to artificial systems to minimal collectives such as bacterial swarms.
Currently, I am a PhD candidate in neurophilosophy at the Munich Interactive Intelligence Initiative (Mi3), an interdisciplinary research group at the Ludwig-Maximillians-Universität in Munich. I am affiliated with the Graduate School of Systemic Neuroscience and the Chair of Philosophy of Mind.
Contact me at: nadine.meertens [at] lrz.uni-muenchen.de

Recent news
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New publication in Cognition
AI is not as conscious as humans: Essentialism in mental state attributions to artificial systems
Longin, L., Karpus, J., Meertens, N., Bahrami, B., Deroy, O. (2026)
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Recorded talk at BAMΞ
Just Aware Enough: Evaluating Awareness Across Artificial and Biological Systems
Consciousness-Tests workshop, Bamberg Mathematical Consciousness Science Initiative (June 2026)
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New preprint
What is it to be aware? A pragmatic approach to comparing animal awareness
Meertens, N. (2026)
Research
My PhD research was part of the EU-funded EMERGE project, which investigated emergent awareness in minimal collectives. My work focused on developing the concept of awareness and establishing a framework for evaluating and comparing awareness across heterogeneous systems and collectives. My PhD thesis applied this framework to both nonhuman animals and artificial systems, with a particular emphasis on robot swarms.
I’m interested in how (cognitive) capacities can be evaluated and compared across different kinds of systems, and in the role concepts in cognitive science or biology, such as awareness, play in theory formation. In particular, I’m interested in how these concepts shape and constrain the systems to which theories can be applied and the phenomena that can be investigated.