Neural Architectures Lab
Director: Prof. Dr. Elena Marchetti
Designing novel neural network architectures inspired by cognitive structures, with an emphasis on interpretability and compositional reasoning.
With 23 active research labs and over 500 publications, IAMP is a global leader in interdisciplinary research spanning AI, mathematics, and psychological sciences.
Six core research areas that span our three pillars and drive our most ambitious projects.
Architectures, training methods, and theory behind modern learning systems.
8 active projectsEnsuring AI systems are robust, interpretable, and aligned with human values.
6 active projectsMathematical models of neural circuits and brain-inspired computing.
5 active projectsFormal models of human cognition — memory, decision-making, language.
7 active projectsTopology, geometry, and algebra applied to learning theory and generalization.
4 active projectsModern measurement theory for cognitive abilities and AI evaluation.
3 active projectsEach lab brings together faculty, postdocs, and students across disciplines to pursue ambitious multi-year research agendas.
Director: Prof. Dr. Elena Marchetti
Designing novel neural network architectures inspired by cognitive structures, with an emphasis on interpretability and compositional reasoning.
Director: Prof. Dr. Rajesh Khanna
Applying algebraic topology and persistent homology to high-dimensional data, with applications in machine learning and network analysis.
Director: Prof. Dr. Sarah Chen
Computational models of human learning, memory, and decision-making, validated through behavioral and neuroimaging experiments.
Director: Dr. Michael Okonkwo
Interdisciplinary research on the societal impacts of AI, including fairness, accountability, transparency, and the governance of autonomous systems.
Director: Prof. Dr. Hans Müller
Information-theoretic foundations of learning and computation, connecting statistical mechanics, quantum information, and machine learning theory.
Director: Prof. Dr. Amara Okafor
Neuroimaging and electrophysiology studies of cognitive control, attention, and learning, with computational modeling of neural dynamics.
A sample of papers published by IAMP researchers in leading journals and conferences.
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