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About

Gert Westermann is a leading developmental cognitive scientist whose research lies at the intersection of cognitive development, computational modeling, and neuroconstructivism. His most influential work, the two-volume *Neuroconstructivism* (2007, with over 270 citations for Volume I), fundamentally reshaped how we understand the brain’s construction of cognition from conception to adulthood. Westermann argues that cognitive development is not merely the unfolding of innate programs but an emergent, multi-level process shaped by neural, bodily, and environmental constraints—a framework that has become foundational in developmental psychology and cognitive neuroscience. Beyond theoretical contributions, Westermann has made groundbreaking empirical and robotic predictions about early social cognition. His 2021 study, “Infants Learn to Follow Gaze in Stages,” confirmed a robotic model showing that gaze following emerges through incremental learning rather than innate understanding, challenging dominant representational theories. This work, supported by converging evidence from computational and behavioral experiments, has profound implications for understanding joint attention and language development. With a career spanning over two decades, Westermann’s impact is measured not only in citation counts but in his role as a pioneer of neuroconstructivist methodology, bridging computational simulations with real-world infant behavior. His research continues to inspire new generations of scientists exploring how minds grow from cells to sentient beings.