Leo Wood

The paper compares flight muscle morphology and volume allocation between two moth families with different flight strategies, finding divergent muscle proportions and specific muscle specializations.

The paper investigates how individual hawkmoth flight muscles contribute to pitch control by manipulating muscle timing, finding that single muscles do not produce precise turns, emphasizing coordination across the motor program.

The paper introduces a method to estimate spike timing precision in motor circuits using continuous mutual information estimation and applies it to analyze motor output data from moths.