Denise Moerel

This study investigates whether illusory shape perception and object recognition share neural processes, finding no interaction and distinct neural time courses.

This study uses EEG and behavioural models to show that perceptual features dominate early object processing, while conceptual features emerge later, with contextual associations overlapping with conceptual models.

This study examines how hunger, task relevance, and individual preferences affect neural processing of food images using EEG and multivariate analysis.

This study shows that successful cooperation involves complementary neural representations across brains, with combined signals carrying more target-related information than individual brains.

The paper presents a comprehensive EEG dataset with self-report measures to study visual touch perception and its neural basis.

This study uses Interbrain RSA on EEG hyperscanning to show that interbrain information alignment occurs rapidly and strengthens with practice during social interactions.

The paper investigates how vision encodes sensory and emotional aspects of observed touch using EEG data, finding early visual processing of body cues and emotional details.

This study uses EEG hyperscanning to decode neural representations during competitive Rock-Paper-Scissors gameplay, revealing cognitive biases and the influence of prior outcomes on decision-making.

The paper investigates how frontoparietal brain regions encode visual and auditory rules, finding that they use modality-specific codes rather than generalizable representations.

This study separates the neural bases of selective attention and decision-making using a two-stage task and multimodal neuroimaging data, showing attention affects stimulus representations before decision-making begins.

This study examines how the brain encodes food-related visual information over time using EEG, finding rapid differentiation between food and non-food items and task-dependent features like readiness to eat.

The paper tests if seeing touch activates similar neural representations as feeling touch, finding overlap only in individuals who experience vicarious touch.

This study investigates the dynamic effect of attention on visual processing using EEG data, showing preferential coding of attended stimuli around 230ms after stimulus onset, independent of target-related processes and temporal expectation.

This paper provides a guide on using Bayes Factors for M/EEG decoding results, examining their impact on statistical assessment of neural data.