Lars Chıttka

This study shows male bumblebees adjust foraging behavior to maintain reproductive efforts despite environmental challenges.

The paper shows how houseflies maintain visual accuracy during fast motion by using synaptic high-frequency jumping, which enhances visual bandwidth and reduces delays.

This study shows that string-pulling behavior spreads between bumblebee colonies under open diffusion conditions and persists over time.

This study shows bumblebees can discriminate between visual flashing stimuli of different durations, even when total stimulation time is equal.

This study develops a neuromorphic model of active vision in bees, showing how spatiotemporal encoding in lobula neurons enhances pattern recognition through dynamic neural activity and efficient coding.

This study shows bumblebees groom noxiously-stimulated antennae more than other body parts or controls, indicating they may experience pain.

This study investigates whether bumblebees use means-end comprehension in string-pulling tasks and finds they rely on visual matching and associative learning instead.

The paper examines PRMT1 expression patterns in bumblebee brains during development, finding elevated levels in neurogenic regions during pupal stages.