Jörn Davidsen

This study uses a computational model of C. elegans to explore how structural and functional connectivity relate to behavior, finding that locomotion circuits are segregated while others are distributed and more synchronized.

This paper examines age-related changes in cognitive integration and segregation using chimera states in brain networks, showing differential aging effects across cognitive systems.

This paper compares tangent space projections to traditional methods for functional connectome distance calculation, finding tangent space outperforms and requires less data for subject identification.

The paper tests whether neuronal 'up' and 'down' states exhibit criticality by analyzing avalanche statistics in neuronal cultures, finding both states can show scale-free behavior with different time scales.

The paper shows that scale-free neuronal and behavioral dynamics persist despite changes in functional connectivity induced by ibogaine in mice.

This study proposes that hippocampal theta oscillations arise from chimera dynamics using computational modeling of Kuramoto oscillator networks.

The paper introduces MINNO, a tool that refines metabolic networks using empirical metabolomics data, demonstrating its application in studying non-model organisms like Borrelia species.

This study shows prenatal stress alters cortical connectivity and sensory responses in mice, potentially increasing risk for adult neuropsychiatric disorders.

The paper proposes a biochemical mechanism for time-encoding memory formation in Purkinje cells through protein complex dynamics and rate constants.