PhD Student · Neuro-Cognitive Psychology
LMU Munich
I study how recent experiences shape what we perceive and decide, using computational models and behavioral and neural data.
First Author · Preprint · 2026
A computational account of serial dependence across sensory and contextual transitions, using precision-weighted updating.
Precision-Weighted Updating Explains Serial Dependence Across Sensory and Contextual Transitions
First Author · Preprint · 2026
In a study of 23 adults, we compared self-paced scrolling, passive viewing, and a static baseline while recording EEG and eye movements.
Self-paced scrolling felt shorter than passive viewing, even after accounting for gaps between images. These findings are preliminary.
The Attentional Thief: How Self-Paced Visual Exploration Compresses Subjective Time
How past responses bias current perception across sensory modalities and contexts.
How the brain combines information across temporal and spatial dimensions.
Modeling how information carries over between trials in behavior and neural recordings.