S. David Stupski

This study investigates sexually dimorphic visual processing in Aedes aegypti mosquitoes, finding that females pursue moving targets while males suppress approach behavior despite similar biomechanical capabilities.

This study shows that Drosophila adjust their olfactory search behavior across different flow conditions using a flow-invariant rhythmic pattern, suggesting a unified framework for odor-guided search.

The paper shows that PFN representations of self-motion can decode wind direction during flight using computational models and neural networks.

This paper introduces BOUNDS, a method to quantify how sensor motion affects estimation in nonlinear systems, demonstrating its application to Drosophila flight for wind direction estimation.

This study shows Drosophila melanogaster use wind direction and deceleration to adjust their search strategies during olfactory tracking in different airflow conditions.

The paper shows that expanded sensory neuron populations in Drosophila enhance odor tracking without increasing projection neuron sensitivity.