Matthew F. S. Rushworth

The paper assesses mood instability and circadian patterns in individuals at risk for bipolar disorder using digital monitoring and actigraphy over 10 weeks.

This paper introduces ultrasound-mediated neuromodulator delivery to study serotonergic control of context-dependent motivation in primates, showing altered neural activity and reduced reward environment influence.

The paper uses interpretable neural network models to predict human information gathering behavior and identifies brain regions involved in value of information processing.

This paper identifies a tripartite organization of the human ventromedial prefrontal cortex using multimodal analyses and shows its reproducibility and cross-species correspondence.

This study uses low-intensity focused ultrasound to modulate human amygdala activity and finds it alters emotional processing and reaction times to ambiguous stimuli.

The paper shows that human dorsal raphe nucleus activity signals changes in behavioural policy based on environmental reward value, while dACC and AI track relative reward value.

The paper investigates how people determine controllability and causality in collaborative settings through specific behavioral patterns and brain activity in the supramarginal gyrus.

This study shows that non-invasive ultrasound stimulation of the human nucleus accumbens affects reward processing and learning, similar to deep brain stimulation.

The paper demonstrates that the human hippocampus is causally necessary for structure-based inference in learning through neuroimaging, computational modeling, and stimulation experiments.

The paper shows that social affiliation rates depend on environmental features like opportunity density and success frequency, with neural correlates in subcortical circuits and links to personality traits.

The paper identifies hippocampus and dorsomedial prefrontal cortex as regions involved in inferring and updating latent causes during social interaction using fMRI and computational modeling.

The paper shows that individual differences in decision-making strategies (additive vs. multiplicative) correlate with how distractors affect decisions, with multiplicative users showing positive effects and additive users showing negative effects.

This study creates normative brain growth charts for rhesus macaques across their lifespan using MRI data, revealing developmental milestones and cross-species comparisons with humans.

This study improves functional MRI analysis in awake non-human primates by applying dynamic off-resonance correction, enhancing image fidelity and activation estimates.

The paper identifies common neural patterns associated with task engagement and disengagement in macaques using fMRI, showing causal links to specific brain regions.

This study compares the functional connectivity of the cingulate cortex in mouse and human, finding overall similarities but also human-specific subareas and connections.

The paper shows that cardiac cycle timing modulates neural signals related to reward-based learning, specifically affecting sensitivity to low magnitude prediction errors.

This study shows that the dorsal raphe nucleus (DRN) in monkeys influences transitions between high and low motivation states based on reward availability.

The paper identifies a subcortical circuit involved in switching between threat vigilance and reward foraging in humans using fMRI.

The paper shows that paired associative stimulation alters phase synchrony between premotor and motor cortex, linking changes in neural connectivity to oscillatory power during movement.

The paper examines how confidence in social versus non-social information affects neural activity and behavioral learning.

This paper reassesses WM-behaviour relationships using multimodal microstructural imaging in 50 healthy individuals, finding partial support for FA-behaviour links and suggesting multimodal approaches may better capture WM-behaviour associations.

The paper identifies a brain region in Rhesus macaques that shows computational properties similar to the human temporo-parietal junction, modulated by social interaction predictability.

The paper shows that viewing ambiguous social interactions increases connectivity between frontal and temporal brain regions in monkeys.

The paper demonstrates that Hebbian plasticity occurs in human white matter, showing increased cortical excitability and myelin markers after co-stimulation of cortical areas.

The paper identifies asymmetric reward-related activity in the orbitofrontal cortex of humans and rhesus macaques and links it to functional connectivity asymmetry.

This study shows that altering corticocortical plasticity between PMv and M1 changes oscillatory activity in motor circuits, with state-dependent effects on beta and theta rhythms.

The paper identifies a distributed frontal cortical circuit associated with behavioral flexibility in macaques through structural and functional imaging analyses of discrimination reversal learning.

This study investigates value-driven attentional capture (VDAC) using MEG, finding that learned value modulates spatial selection in visual and parietal cortex without altering early visual processing.

The paper identifies specific amygdala connections linked to sub-clinical mental well-being markers using neuroimaging and questionnaire data.