Friedmann Pulvermueller

Friedmann Pulvermueller serves as Professor of Neuroscience of Language and Pragmatics at the Free University of Berlin and leads the Brain Language Laboratory. His work bridges neurobiology, linguistics, and computational modeling to decode the neural basis of human language processing.

His research centers on category-specific semantic circuits distributed across cortical areas, where modality-specific neural networks enable correlation-based semantic learning. Key emphases include:

• Action-related mechanisms for symbol understanding
• Neurophysiological evidence for grounded cognition
• Feature correlation models in conceptual representation
• Multimodal integration in language processing
• Neuropsychological validation of semantic theories
• Brain-constrained neural network simulations

Recent work explores how brain-inspired neural architectures explain semantic grounding in large language models, demonstrating how object-type feature correlations form concrete concept representations through interlinked neuronal assemblies. His laboratory actively investigates the transition from perceptual experience to verbal labeling in cognitive systems.

As Head of the Brain Language Laboratory, Pulvermueller directs experimental and theoretical research using combined neuroimaging, neuropsychological, and computational approaches to model language acquisition and processing. The lab focuses on translating neural circuit principles into biologically plausible AI frameworks while maintaining empirical grounding in human cognition.