Dobromir G. Dotov

This study examines how amplifying and delaying self-produced footstep sounds affects gait variability, cadence, and brain activity in temporal regions.

The paper investigates how learning to synchronize with a tool's dynamics depends on predictability and coupling, finding task-specific learning and convergent coupling reorganization during practice.

The paper examines neural dynamics in macaque medial premotor cortex during a task involving attention and tapping to a metronome, identifying low-dimensional manifolds that capture behavioral transitions.

This paper introduces a variance spectrum scaling analysis to quantify smoothness and dimensionality of movement manifolds, showing it distinguishes healthy gait from impaired gait.