Hermann J. Müller

The paper shows that pre-stimulus global signal predicts response speed differently in two distractor-suppression contexts during visual search.

This study investigates how tonic and trial-level alertness affect distractor suppression during statistical learning using pupillometry and eye tracking.

This study investigates how environmental volatility affects visual search behavior, finding that it shifts attention from automatic capture to cautious verification.

The paper investigates distractor-response binding in visual search, finding that response priming is stronger when distractor features or target positions are repeated, indicating DRB occurs at late stages of target identification and response selection.

The paper investigates whether dynamic target-location regularities can be learned in serial visual search and whether this learning correlates with awareness.

The paper investigates how saccadic eye movements affect the perceived duration of sequential post-saccadic events, finding that the second event is compressed in time.

This study investigates how temporal context affects time perception using EEG components, finding that CNV and LPCt are modulated by context during a bisection task.

The paper investigates whether subjective cognitive decline predicts reduced cingulo-opercular network functional connectivity and whether forceps minor neurite density modulates this relationship.

The paper investigates how distractor-location frequency affects visual search performance and finds that local distractor frequency, not global frequency, primarily influences distractor interference.

The paper investigates whether dynamic spatial regularities in visual search can be learned for targets and distractors, finding robust learning for targets but not distractors.

This study investigates how visual working memory load affects duration encoding and reproduction, finding distinct impacts on central-tendency bias depending on the stage of the task.

This study uses a two-state Bayesian model to examine how individuals with ASD and TD controls update their priors and sensory estimates during duration reproduction tasks in varying volatility settings, finding distinct iterative prior updating dynamics in ASD.

The paper investigates how visual cortex suppresses distractors at frequent locations through fMRI and finds differential neural mechanisms based on distractor dimension.

The paper links visual processing speed to functional connectivity between right frontoparietal and visual networks using resting-state fMRI and mathematical modeling.

This study investigates whether time perception is linear or logarithmic by using ensemble averaging of time intervals and finds subjective averaging aligns with the geometric mean, suggesting a logarithmic timeline.

The paper identifies human medial temporal lobe subsystems extending to amygdala nuclei and embedded in a large-scale allostatic-interoceptive system using resting-state fMRI.

The paper investigates whether distractor suppression in visual search occurs at the priority map or dimension level, finding that suppression transitions from priority-map-based to dimension-based with practice.

This study shows that both younger and older adults can use predictable distractor locations to enhance top-down control, suggesting preserved ability in normal aging.

The paper examines age-related differences in hemispheric lateralization during spatial and verbal visual working memory tasks using behavioral and neural markers.

The paper investigates how irrelevant auditory sequences influence visual temporal processing by modulating perceived motion in Ternus displays, revealing a crossmodal averaging principle based on geometric mean and Bayesian integration.

The paper investigates inter-trial effects in visual pop-out search using Bayesian and evidence accumulation models, finding dissociable effects of response and dimension repetition/switch on decision-making processes.