Multimodal neuroimaging of mechanisms supporting m.. (PREDICTIVEMEMORY)
Multimodal neuroimaging of mechanisms supporting memory-based predictions in the human brain
Date du début: 1 juin 2015,
Date de fin: 31 mai 2016
The human brain is constantly and automatically forming predictions (e.g., how a ball will bounce off soccer turf or what another person will say). In cognitive neuroimaging studies of Dr. Jääskeläinen (Experienced Researcher) and colleagues at Aalto University, Finland, it has become one of the most central research questions how the brain predicts complex dynamic events unfolding in naturalistic stimuli such as movies. Here, our main objective is that Dr. Jääskeläinen will acquire the specific expertise to address this question by working for one year in Gonda Multidisciplinary Brain Research Center of Bar-Ilan University, Tel Aviv, Israel, where there is unique empirical-theoretical expertise on predictive brain mechanisms. Work by the Director of Gonda Center, Prof. Moshe Bar (Supervisor), suggests that rapid derivation of analogies (“what does this object resemble”) from sensory inputs and associative linking of these to memory representations supports predictions (e.g., seeing a kettle predicts cooking rather than swimming activity). We hypothesize that distributed patterns of brain activity, generated by the associative process, underlie the memory representations that support predictions. To test this, experimental paradigms developed by Prof. Bar et al. will be combined with data analysis methods used by Dr. Jääskeläinen et al. In addition to ambitious science, the proposed fellowship has the following objectives: 1) significant deepening and diversification of Dr. Jääskeläinen’s cognitive neuroscience expertise at Gonda Center, 2) transfer of data analysis and cognitive neuroscience expertise of Dr. Jääskeläinen to Gonda Center, 3) networking of scientists between Bar-Ilan and Aalto for further collaboration, 4) opening up of a new important research area, and 5) catalyzing of Dr. Jääskeläinen’s scientific career. The fellowship also contributes to knowledge-based economy and society by building foundation for artificial intelligence and clinical research.
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