Mehdi Senoussi

The paper investigates how neural task representations adapt to task uncertainty using fMRI, finding dissociable modulations of conjunctive and compositional representations in the frontoparietal network.

This study uses AR modeling to detect behavioral oscillations in theta band across two datasets, finding reliable oscillations but no consistent frequency shift with task difficulty.

This study investigates the relationship between theta oscillations and attentional exploration in spatial and feature-based attention using EEG in humans.

The paper shows that theta-phase connectivity between medial prefrontal and posterior brain areas increases during the implementation of novel instructions compared to their maintenance, supporting a role for theta oscillations in task execution.

This study shows theta oscillations adjust their peak frequency to optimize cognitive control during tasks.

The paper proposes that working memory limitations arise from time-based binding, a mechanism necessary for flexible cognition, and compares this theory to other resource limitation theories.

The paper uses multivariate pattern analysis to show that language network connectivity distinguishes prodromal Alzheimer's disease from healthy controls and increases at the prodromal stage.

The paper reanalyzes a dataset using multivariate pattern analysis to identify brain regions involved in maintaining temporal and contextual information during action sequence execution.

The paper investigates how neural oscillations track the proceduralization of novel instructions through EEG recordings and time-frequency analysis, finding distinct theta, mu, and beta activity patterns during implementation versus maintenance.

The paper shows the brain anticipates future events in sequences by reinstating sensory representations before stimuli occur, even when sequences are disrupted.

The paper demonstrates that attention reorients periodically at theta frequency (~4 Hz) between stimulus locations during a visual task.