Frederic M. Stoll

The paper shows that during decision-making, neural activity in frontal and subcortical areas dynamically changes, with geometry shifts reflecting decision difficulty and option evaluation.

This study investigates neural mechanisms in macaque monkeys for tracking goal progress and rate, showing distinct roles in midcingulate and lateral prefrontal cortex.

The paper identifies consistent hierarchical timescales of single neurons across mice, macaques, and humans, with species-specific variations in certain brain regions.

The paper investigates dynamic inter-areal communication in macaque ventral frontal cortex during decision-making, finding temporally specific and task-dependent patterns of connectivity.

The paper records neural activity in eight subdivisions of macaque ventral frontal cortex during a decision-making task and finds dissociable representations of decision variables across these regions.

The paper compares single-neuron projection patterns from the basolateral amygdala to the frontal cortex in mice and macaques, finding differences in connectivity organization.

This study uses chemogenetic manipulation in macaques to show that activating inhibitory DREADDs in the amygdala increases resting-state fMRI functional connectivity between the amygdala and ventrolateral prefrontal cortex.

The paper identifies two separable valuation systems in prefrontal-limbic circuits of macaque monkeys, with one in OFC representing outcome flavor and another in vlPFC representing outcome probability.

The paper uses MAPseq to analyze BLA neuron projections in macaques, finding that many neurons project to multiple brain regions and form structured networks.

The paper identifies how inhibitory control of metastability in frontal brain areas sets the temporal signature of cognition through biophysical modeling and neural recordings.

This study compares confidence judgments in humans and macaque monkeys, finding that humans use review strategies more effectively than monkeys, with no performance improvement from reviewing.

The paper investigates how amygdala input differentially affects prefrontal cortex encoding of reward-based decisions through local field potentials and single neuron activity in monkeys.