Program
Program
Invited Talks
Roshan Cools | Donders Institute for Brain, Cognition and Behaviour, The Netherlands
Dopamine and the adaptive tuning of behavioral strategy
Benjamin Grewe | Institute of Neuroinformatics of the ETH and UZH, Switzerland
Target learning: Rethinking credit assignment in neural systems
Andreas Herz | LMU Munich, Germany
How zebrafish compute head direction
Ewelina Knapska | Nencki Institute of Experimental Biology, Poland
From the lab to the field: Decoding social behavior in mice
John Krakauer | Champalimaud Foundation, Portugal
Lessons at the cognitive-motor interface
Jeehyun Kwag | Seoul National University, Korea
Neural computation of egocentric space: From circuits to memory
Anna Levina | University of Tübingen, Germany
Intrinsic timescales of neuronal dynamics: What shapes them and why they matter
Richard Naud | University of Ottawa, Canada
Interrogating the role of bursting in the coordination of learning
Bence Ölveczky | Harvard University, USA
Using neuro-biomechanical simulations to probe neural control of learned skills
Sandro Romani | Janelia Research Campus, USA
Behavioral timescale synaptic plasticity: How hippocampal circuits learn, store, and generalize
Valentin Braitenberg Award Lecture
Xiao-Jing Wang | New York University, USA
Contributed Talks
Rares A. Dorcioman | University of Amsterdam, The Netherlands
Human working memory is supported by distributed, not localized, NMDA receptor-mediated synaptic interactions
Salar Nouri | TUD Dresden University of Technology, Germany
Emergent animal-like foraging and functional circuits in neural networks trained with homeostatic reinforcement learning
Matthijs Pals | University of Tübingen, Germany
Attractor dynamics underlie sequence working memory in data-constrained recurrent neural networks
Marieke L. Schölvinck | Ernst Strüngmann Institute, Germany
Using high-dimensional behavior to infer internal states across species
Sara Varetti | SISSA, Italy
Timescale hierarchy and long-lasting working memory emerge from the dynamics of hierarchical neural assemblies
Surbhit Wagle | Imperial College London, UK
Transient excitability and synaptic consolidation support stable memory despite neural drift
Shuqi Wang | EPFL, Switzerland
High-precision detection of monosynaptic connections unveils the wiring logic of the mouse visual cortex
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