Competitive Advantages
- High degrees of biocompatibility
- Physically and chemically resilient
- Large specific capacitance in electrolytic functions
- Double the surface area of carbon nanotubes
- Exceptional mechanical and electrical properties
Summary
Our inventors have developed an implantable neuronal prosthetic device using a combination of two novel materials cubic silicon carbide and graphene. This technology overcomes the problem of biocompatibility in long term implants. 3C-SiC and Graphene have excellent mechanical and electrical properties making it an valuable option to make neural prosthetic used for a brain machine interface (BMI) device.
A Simulation of Neuronal Prosthetic Device in the Human Brain
Desired Partnerships
- License
- Sponsored Research
- Co-development