Vaishnavi Sukumar

The paper tests how movement speed affects edge-orientation discrimination during active tactile exploration, finding improved performance at very slow speeds and worse performance at faster speeds.

This paper shows human first-order tactile neurons signal edge orientation differences and maintain this signaling across various scanning speeds through sequential spike train structures.

This study investigates edge orientation perception during active touch, finding similar acuity to passive touch and a weak speed-performance link within participants.