Matthias Grabenhorst

The paper shows that inferred reward probability distorts over time, affecting choices, with temporal uncertainty modulated by reward probability rather than elapsed time.

The paper shows that neural activity in human cortex encodes event probability density rather than hazard rate during temporal anticipation.

The paper presents a scalable EEG hyper-scanning system for recording audience brain activity using low-cost components and custom software, achieving robust data alignment and performance in both lab and cinema settings.

This study investigates whether psychopathy affects distance estimation, finding that individuals with higher psychopathy levels underestimate approaching avatar distances less than those with lower scores.

This study examines the 'tuning-in' phase of sensorimotor synchronization, revealing distinct temporal scales and roles for phase and period alignment across limbs.

This study investigates temporal anticipation in humans using magnetoencephalography, finding that right parietal cortex activity correlates with reaction times and represents event probability.

This paper investigates how perceptual systems model event probability density and temporal uncertainty across sensory modalities, finding that reciprocal PDFs, not hazard rates, underlie these processes.