- Das Team
- Studentische Hilfskräfte
- Assoziierte Mitglieder*innen
- Ehemalige Mitarbeiter*innen
- Entwicklung und Plastizität kognitiver Mechanismen über die Lebensspanne
- Neuronale Korrelate von Gedächtnisprozessen über die Lebensspanne
- Multivariate Analysen von Veränderung und Variabilität
- Theorien der Lebensspannen- und Entwicklungspsychologie
- Theories of lifespan and developmental psychology
- The development and plasticity of basic cognitive mechanics and intellectual functioning over the lifespan
- Neural mechanisms underlying memory development and aging
- Multivariate analyses of developmental and change processes
- Environmental influences on early cognitive and brain development:
See HippoKID Studie See Jacobs Studie
- Predictive memory systems across the human lifespan:
ERC-Starting Grant (02/2018–01/2023): Project PIVOTAL
Abstract: As neuroscientific findings on brain functions accumulate, it is increasingly important to derive a set of overarching general principles about how the human brain works. For this, the predictive coding framework emerges as a promising route, with the notion that the brain operates as a prediction machine; internal models in the brain predict future states against which incoming information of new experience is compared.
This new conceptual framework leads to two essential empirical questions that PIVOTAL will tackle: (1) What is the nature of the internal models on which predictions are generated and how do our actual experiences shape them? (2) How do prediction processes play out in human brains that are inherently diverse due to changes such as those caused by maturation and senescence. Addressing these issues is important for advancing our basic understanding of the neurocognitive architectures that enable the brain to perform adaptively in our environment, with predictive processing as a fundamental operation.
PIVOTAL will integrate three separate strands of cognitive neuroscience research on predictive coding, memory systems, and lifespan development. By using functional magnetic resonance imaging (fMRI) in experimental research designs, we aim to unravel the cognitive and neural mechanisms that underlie predictive processing based on individuals’ memory of prior experience (episodic memory) and well-learned knowledge about the world (semantic memory). These mechanisms will be systematically examined in samples of children, younger adults, and older adults, who differ from each other in important ways due to divergence in developmental orientation (progression vs. conservation) and neurocognitive landscape (structural and functional integrity of memory neural circuits). By explicating a more dynamic version of the predictive brain principle, we can start addressing issues related to the emergence of disorders at particular time windows in life.