Ulrich Mayr

The paper shows that hippocampal activity patterns invert or preserve visual similarity based on memory interference stages, revealing dynamic representations.

The paper examines how uncertainty adjustment changes with age using behavioral and neuroimaging data, finding older adults show reduced uncertainty adjustment compared to younger adults.

The paper investigates how conjunctive representations support prioritization and selection of planned actions in working memory, showing that high-priority actions are more strongly represented and selected.

The paper investigates how conjunctive representations influence action stopping and finds that stronger conjunctive representations predict lower stopping success and are suppressed during stopping attempts.

This study shows that conjunctive representations combining rules, sensory, and motor features are essential for action selection and influence response times and priming patterns.

The paper shows humans alternate between model-based and memory-free action selection in competitive games, using model-based strategies after wins and stochastic choices after losses.

This study decodes hierarchical control of sequential behavior from oscillatory EEG activity, showing theta and alpha bands encode basic elements and abstract chunk positions, with higher-level chunk information linked to working memory capacity.

This study decodes EEG signals to reveal how task-set representations dynamically influence stimulus and response processing in humans.