Ultrasound peripheral interface and in-vitro model of human somatosensory system and muscles for motor decoding and restoration of somatic sensations in amputees

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N. 899822

Funding programme/Agency: Horizon 2020

Acronym: SOMA

Institution: Imperial College London

Project type: RIA – Research and Innovation action

Implementation period: 01.09.2020 – 28.02.2025

Budget: €2,999,998.75

Project website:

PROJECT SUMMARY:


The SOMA project aims to significantly advance bidirectional interfaces with the peripheral nervous system through four high-risk objectives. It seeks to restore somatic sensations using a novel, less invasive stimulation technique that maintains selectivity and spatial resolution, and to enhance motor command decoding via a miniaturized ultra-fast ultrasound (US) system paired with advanced algorithms. The project also explores the delivery of multiple somatic sensations through focused US and investigates the underlying spatio-temporal neural mechanisms using an in-vitro somatosensory model. Ultimately, SOMA aims to demonstrate that this US-based bidirectional interface enables natural sensory feedback and effective myoelectric control of prosthetics. Imperial College leads the research on ultrasound-driven motor intention decoding, developing human-machine interfaces for improved control in medical, industrial, and entertainment applications.


Project Coordinator:

Name and surname: Dario Farina

Email: d.farina@imperial.ac.uk

Personal Profile: Profile – Dario Farina