Nick Gravish

This study demonstrates that hawkmoth flight muscle can transition between stretch-activated and neural-activated modes in virtual reality, showing entrainment when activation timescales align.

This study measures arolium engagement in Argentine ants during climbing and finds that quasi-static force requirements do not fully explain the observed asymmetry and temporal variation in engagement.

This study shows insects flap wings above their resonant frequency, revealing supra-resonance as a general principle for high-frequency flight across multiple species.

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