Neural and Behavioral Psychology Studies

The paper shows that action space reshapes visual working memory in macaque prefrontal cortex, with neuronal activity predicting future behavior and exhibiting linear selectivity relative to action space.

The paper proposes a Bayesian model linking stimulus generalization and representation learning through dimensionality reduction, supported by experimental findings.

This study identifies distinct roles of the orbitofrontal cortex, ventral striatum, and dopamine neurons in processing counterfactual outcomes during decision-making in monkeys.

This study uses fNIRS to examine neural correlates of emotion regulation, finding distinct PFC activation patterns for positive and negative emotions and arousal levels.

This study measures non-selective motor effects of inhibitory control using isometric force recordings, showing suppression of task-irrelevant hand force during action-stopping.

The paper investigates how the cingulo-opercular network contributes to decision-making under ambiguity using fMRI and behavioral tasks.

The paper shows that the ventrolateral prefrontal cortex (vlPFC) encodes value pop-out during visual search, with neural activity predicting search efficiency.

This paper develops an EEG measure of continuous feedback processing in humans and tests whether it aligns with the reward prediction error hypothesis.

This study examines neural representations in task-switching feedforward networks using context biases, finding that they transition from parallel processing to independent subnetworks, similar to cortical processing.

The paper investigates how the brain computes expected utility from mixed prospects of pain and reward using fMRI, finding interactions between pain and reward representations in specific brain regions.

The paper examines how pre- and post-choice neural signals relate to confidence in perceptual decisions, finding that post-choice evidence accumulation continues and is influenced by confidence levels.

The paper confirms that improved instructions enhance model-based decision making but also shows reward effects are linked to stimulus-response learning.

This study investigates whether P300 fluctuations reflect surprise based on event probability or event transition probability in a changing environment, finding that event transition probability better explains P300 changes.

The paper examines how erotic cues affect physiological arousal, reward discounting, and model-based reinforcement learning in healthy males.

This study investigates how proactive cues affect stopping and responding in a bimanual task using EMG and computational modeling, finding reduced stopping delay with no effect on stopping speed.

The paper investigates brain activity and connectivity related to response-code conflict in dual-tasking and its modulation by age, finding that conflict resolution involves the multiple-demand network with limited age or performance effects.

The paper identifies a coding mechanism in human prefrontal cortex that resolves interference between past and present task variables by partitioning neural activity into distinct low-dimensional states.

This study shows that competition between endogenous and exogenous factors delays internal selective attention, unlike external attention where exogenous factors can override task-irrelevant stimuli.

This study examines how approach avoidance training affects Pavlovian-to-instrumental transfer in healthy subjects, finding that avoidance training increases response rates to negative stimuli but does not alter approach avoidance propensities.

This study shows that testosterone's effect on prefrontal emotion control shifts from enhancing to impairing neural control during adolescence to young adulthood.

This study investigates how neural resources are reallocated during walking under increased cognitive load using MoBI, finding attenuated EEG amplitude changes without performance costs.

The paper investigates how early life adversities impact reward learning and decision-making in adults using neurocomputational methods and fMRI data from a longitudinal cohort.

This study investigates whether nonselective response inhibition during selective stopping arises from a global pause or a specific cancel process, finding it primarily results from a nonselective pause but not fully explains the stopping-interference effect.

This study investigates how reward and cognitive control influence moral decisions by analyzing self-consistency and flexibility using mouse-tracking and fMRI.

This study shows that dmPFC encoding changes with delay duration, reflecting deliberative processes at longer delays and impulsive choices at shorter delays.

This paper shows acute stress shifts third-party decisions from punishment to help in injustice events by altering neural network activity and connectivity.

The paper compares proactive and reactive cognitive control strategies in Wistar and P rats during alcohol-seeking tasks, finding Wistars use proactive control while P rats use reactive control.

This study uses tDCS to modulate the dorsolateral prefrontal cortex and finds reduced Pavlovian bias in the punishment domain, suggesting a causal role in balancing decision-making systems.

This study investigates how working memory-based decision strategies like WSLS are represented in the motor and prefrontal cortico-basal ganglia loops using neuronal recordings in rats.

This paper investigates how people over- and underreact to regime shifts by analyzing brain activity during a controlled task, linking behavioral biases to distinct neural networks.