Marko Nardini A

The paper investigates individual differences in how people integrate novel sensory cues into depth perception after training, finding reliable inter-individual variations in cue combination.

This study tests a Bayesian cue combination theory of spatial reorientation and finds that participants instead use the most useful single landmark, suggesting limits to Bayesian models in complex tasks.

The paper introduces a method to accurately estimate sensory precision and cue weightings in perceptual tasks with continuous responses, accounting for central tendency biases.

This study shows that newly learned sensory skills, like human echolocation, can become automatic and integrate with other senses, though with some limitations in integration efficiency.

The paper tests whether Bayesian inference is used in a spatial localization task by examining if prior knowledge is transferred to a new likelihood, finding limited evidence for Bayesian transfer.

This study demonstrates cue combination in children aged 7-10 years using a virtual reality task with audio and visual cues, showing that feedback enhances the ability to combine cues.

This study investigates age-related changes in population receptive field (pRF) properties in children and adults, finding no significant differences in pRF size, shape, or cortical magnification, suggesting visual perception improvements may stem from more efficient information use rather than neural tuning changes.

The paper uses fMRI to study human navigation behavior in dynamic environments, finding specific brain activity patterns associated with back-tracking, detours, and shortcuts.

This study examines how human theta and alpha oscillations change during navigation, revealing patterns linked to detours and shortcuts.