At BNL, our research focuses on the following fields:
- Osseointegrated limb prosthesis
- Bioelectric signals acquisition and processing
- Decoding of motor volition (machine learning)
- Neural sensory feedback (neurostimulation)
- Neural interfaces (electrodes)
- Virtual and Augmented Reality
- Phantom Limb Pain
- Neurorehabilitation
Major Projects
- BioPatRec
- Natural control of artificial limb via an osseointegrated implant
- Phantom Limb Pain treatment based on Augmented and Virtual Reality, Gaming, and Myoelectric Pattern Recognition
- GRAFIN: GRAphene-based Flexible neural Interfaces for the control of Neuroprosthetic devices

The OHMG is a bidirectional interface that allows permanent communication into the human body, and it is the key development of this project. The scope of this research includes: the OHMG and neuromuscular interfaces; analog and digital electronics such as biopotential amplifiers, filters, and microcontrollers; bioelectric signal processing, pattern recognition, and control algorithms; and finally but more importantly, the clinical implementation of this technology.