Katja Doerschner

The paper investigates how visual expectations influence auditory perception of material properties through two experiments, finding that incongruent audio-visual material information increases processing time and alters material judgments.

This study investigates how contour motion in dynamic line drawings conveys mechanical material properties, showing that line drawings convey similar material information as fully textured stimuli.

This study investigates how perceptual tasks influence exploration behaviors during visual material perception, finding that gloss judgments lead to more extensive exploration than lightness judgments.

This study investigates how mood affects haptic perception by comparing global and local processing in happy, sad, and neutral conditions using 3D-printed stimuli.

This study investigates how the single color appearance of iridescent objects varies with shape complexity, viewing angle, and motion, finding that hue similarity in multi-color matches best predicts single color appearance.

This study investigates how specular image structure influences material category perception and shows that variations in specular reflections cause categorical shifts in material appearance.

The paper uses EEG decoding to study how expectations about material behaviors influence neural processing, finding a sequence of predictions from general expectation fulfillment to processing of unexpected behaviors.

The paper shows that expectations about material properties influence perceptual decisions, even when those expectations are anomalous and learned during training.

The paper investigates brain regions responsive to material motion using fMRI and introduces dynamic dot stimuli to study non-rigid material perception.

The paper investigates how visual priors about material properties influence perception, showing that expectations can alter the perceived material behavior of objects.

The paper investigates whether visual static and dynamic stimuli can convey similar information about material softness as haptic perception.

The paper introduces a data processing pipeline for MRI data to map structural connectivity in the human basal ganglia and thalamus, enabling detailed subcortical connectivity analysis.

This study investigates color matching for three-dimensional transparent objects, finding that observers match mean chromaticity but luminance depends on background and matching element, with some models generalizing better than others.