Gregor Belušič

This study quantifies how gaze stabilisation limits motion blur in freely flying Monarch butterflies, showing that thoracic oscillations broaden the effective photoreceptor acceptance angle, degrading spatial acuity.

This study uses electrophysiological recordings to show photoreceptor coupling in the dorsal rim areas of honeybee and bumblebee eyes, enhancing receptive field size for polarization detection.

The paper investigates spectral sensitivity in butterfly motion-vision pathways, finding that pre-motor neurons have distinct spectral responses related to their functional roles in flight control.

This study investigates the retinal structure and color opponency in two nymphalid butterfly species, revealing differences in photoreceptor organization and color vision capabilities.

The paper develops a device to generate moving polarised light patterns for insect vision studies and tests its effectiveness on butterfly and blowfly photoreceptors and neurons.