Neuromorphic circuits for tactile sensing
Spiking, event-driven circuits that encode and process tactile stimuli close to the sensor, the way biological afferents do.
01 / research
Research
Touch is our richest and least understood sense. We study it end to end: materials, stimuli, computation, and action.
Emerging neuromorphic devices
Synaptic transistors that combine sensing, memory, and learning in a single element.
Hardware-software co-design
Jointly designing sensors, circuits, and learning algorithms so electronic skin can feel and learn efficiently in real systems.
Mechanical simulation of skin-like materials
Modelling how soft, skin-like materials deform under contact to guide sensor layout and interpret tactile stimuli.