Niels A Kloosterman

This study shows that catecholamines reduce choice history biases in perceptual decisions by affecting sensory evidence accumulation.

This study examines how prior information affects perceptual decision-making in psychosis, finding that individuals with psychosis show reduced sensory gain and increased pre-evidence biases compared to healthy controls.

This study shows that criterion placement biases neural measures of consciousness and unconscious processing, affecting their validity.

The paper investigates how beat-based and pattern-based temporal expectations influence neural oscillations and behavior, finding distinct neural responses for each type of expectation.

This study examines how neural variability during working memory is regulated by dopamine, functional integration, and decision-making using PET and fMRI data.

Zapline-plus automatically and adaptively removes frequency-specific noise from M/EEG and LFP data by segmenting data, detecting noise peaks, and adjusting parameters for optimal cleaning.

The paper shows that a liberal shift in decision bias is linked to increased neural variability in frontal regions, highlighting its role in adapting to environmental demands.

This paper challenges traditional interpretations of multiscale entropy (MSE) by showing its strong association with spectral power and highlighting issues in its time-scale interpretation using EEG data.

The paper shows humans adjust decision bias by altering sensory evidence accumulation rates and cortical activity patterns in response to reward contingencies.

The paper develops a computational MEG approach to map cortical transients driven by surprise about sensory event timing, showing beta-band suppression in frontal regions.