Usama Bin Sikandar

This study investigates how body oscillations in silkmoths reduce aerodynamic power requirements by altering wing rotation relative to airflow during flight.

The paper models spike coding in feedforward networks with convergence and divergence, showing structural bottlenecks prefer spike timing over expansion layers and linking network structure to coding strategies.

The paper investigates how moth wingbeat frequency relates to resonant frequency and biomechanical adaptations across species.