Ryosuke Tanaka

The paper investigates how larval zebrafish integrate optic flow over time, revealing multiple timescales and neural mechanisms underlying visual stabilization behavior.

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 investigates how zebrafish compass neurons integrate visual landmarks and optic flow to estimate heading, revealing a lateralized neural pathway and experience-dependent mechanisms.

This study shows that Drosophila can suppress and reverse optomotor turning in response to specific visual stimuli, indicating complex dynamics beyond simple reflexes.

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

This study identifies a neural circuit in Drosophila that uses visual geometry to enable collision avoidance by integrating object and motion signals.

The paper maps columnar inputs to Drosophila lobula using connectomic data and clustering, revealing new connectivity patterns between input and output neurons.