Gordon J Berman

The paper introduces a method to analyze behavior by treating timescale as a state coordinate, revealing metastable basins in nematode and fruit fly behavior.

The paper shows that a SNP in the oxytocin receptor gene affects social observation behavior in female prairie voles, with C/C genotype females spending more time observing novel males.

This study uses calcium imaging to show that iCA3 neurons better distinguish novel vs. familiar conspecifics, while iCA1 neurons encode spatial position during social recognition.

The paper shows gait signatures remain individual-specific across walking speeds, with 3D kinematic data achieving high accuracy in classifying individuals.

This paper introduces a data-driven model to discover individual-specific gait signatures by analyzing neuromechanical dynamics across different gait speeds and conditions.

This study shows that social experience alters oxytocinergic signaling in the nucleus accumbens of female prairie voles, affecting synaptic transmission and social behavior.

This study investigates how dopamine depletion affects vocal learning in songbirds by altering pitch and sensorimotor adaptation in response to auditory feedback.

This study uses optogenetics to analyze how descending neurons in Drosophila influence behavior by mapping behavioral responses to neuronal activation.

The paper maps whole-brain dynamics into a continuous state space using scale transformations and identifies stimulus-dependent brain states from resting and task data.