Baohua Zhou

This study shows that fruit flies use odor gradient and motion cues differently depending on plume structure, with gradients guiding in smooth plumes and motion in turbulent ones.

The paper investigates time reversal symmetry breaking in visual motion detection using fruit flies, finding that neural network models trained on natural contrast distributions exhibit symmetry breaking even when data is symmetric.

This study identifies visual projection neurons in Drosophila that encode parallax signals for distance estimation during free locomotion, showing both direction-selective and non-direction-selective neurons contribute to this process.

This study shows how fruit flies use negative visual evidence to improve heading stability during self-motion estimation.

The paper trains shallow neural networks to detect collisions and finds they recover features of visual loom-selective neurons in Drosophila.