Any skin-object interaction will obey the laws of contact mechanics and can therefore be decomposed into many haptic input features or unique dimensions of input. These vector components are encoded in a population of skin sensors (i.e. taxels in robotic terms), and in their first central processing in the neurons of the cuneate nucleus. This project will explore the representation of the haptic input features in the neocortical neurons in vivo. A secondment at Actronika will help develop miniaturized haptic displays adaptable to different animal species that can stimulate local skin for specific haptic input features in isolation.
Exploration of haptic input features representation in neocortical neurons.
ACA: to develop a miniaturized haptic display that can stimulate local skin for specific haptic input features in isolation
UoG: to learn the fabrication and integration of tactile skin
Host institution: Lunds Universitet
Enrolments (in Doctoral degree): Lunds Universitet
Henrik Jörntell, Vincent Hayward
Link to application will come up shortly
This project is founded by the EU Horizon 2020 research and innovation programme under grant agreement No 861166 (INTUITIVE)