Edmund Wascher

This study examines how cardiac phase and acute stress influence affective and spatial response biases in decision-making tasks.

This study examines how task demands affect spontaneous blink timing and its relationship to behavioral performance in adults.

The paper shows that cognitive tasks alter resting-state EEG markers like iAPF and aperiodic exponent across adult ages, with age-dependent changes in aperiodic shifts.

This study shows that eye blink frequency profiles track attentional processes in working memory without requiring neuroimaging.

The paper examines longitudinal changes in aperiodic EEG activity and links them to age-related declines in sustained attention but not executive function.

The paper investigates how outcome controllability and error attribution affect proactive attentional control using EEG and cognitive modeling, finding differences in response times and neural oscillations between self and system error attributions.

The paper investigates how attention operates on audiovisual working memory by comparing feature-based and object-based retrieval, finding that object-based retrieval is more efficient and involves cross-modal feature activation.

The paper uses EEG data from three conflict tasks to show that conflict processing involves partially overlapping neural mechanisms rather than being fully domain-general or task-specific.

This study links polygenic scores for intelligence to general intelligence using resting-state EEG graph metrics, showing parieto-frontal brain connectivity mediates the genetic association.

The paper investigates how task-irrelevant features are encoded in multisensory working memory under different attention conditions and finds that they persist and influence neural representations.

This study examines how resumption time and flexibility after interruptions affect task performance using EEG, finding that more time and flexibility improve beta suppression and task outcomes.

This study examines how cognitive effort in a rewarded task-switching paradigm is reflected in EEG oscillatory activity, finding increased mid-frontal theta power during the cue-target interval.

This study investigates how attentional selection supports goal-directed memory reactivation by comparing performance and EEG patterns in conditions with and without changed location relevance.

This study investigates how reward prospects affect cognitive processing under different task specificity conditions, finding that reward enhances preparatory top-down attention in a task-specific manner.

This study investigates how audio-visual objects are stored in working memory, showing that both task-relevant and irrelevant features are integrated, with attentional demands varying during recall.

This study investigates how selective attention operates in multisensory environments by analyzing behavior, ERPs, and neural oscillations during an audiovisual cocktail-party task.

This study shows that task prioritization affects EEG oscillations during task preparation, but not the decoding of task-specific information or attentional orienting.

This study investigates how working memory links perception to anticipated action by examining motor preparation through oscillatory responses in the mu and beta frequency range.

This study examines age-related differences in audiovisual speech processing during multi-talker scenarios using cortical oscillations, finding that older adults show distinct patterns in theta and beta band responses to conflicting stimuli.

This study investigates how congruent lip movements improve speech processing in a multi-talker scenario, showing benefits for both younger and older adults through ERP analysis.

The paper identifies selective path integration deficits in Alzheimer's disease risk carriers using virtual navigation tasks and fMRI, linking them to grid cell dysfunction in the entorhinal cortex.

This study uses a diffusion model to examine how EEG correlates of attentional orienting relate to sound localization performance in younger and older adults, finding that N2ac amplitudes predict performance metrics but alpha lateralization does not.

This study identifies increased alpha power during inter-trial intervals as a correlate of mind wandering, suggesting its potential use for real-time detection in critical tasks.

The paper investigates how working memory translates visual representations into motor plans using EEG oscillations in sensorimotor cortex, finding stronger suppression in mu and beta frequencies when fewer items are cued.

The paper investigates hemispheric asymmetries in posterior alpha power during a working memory task, finding they reflect the selection and inhibition of spatial context information.

The paper uses EEG to show that retroactive attentional cues in working memory involve both distractor inhibition and target enhancement, as indicated by lateralized alpha oscillations.