Quantum sensor for neuronal magnetic fields
Focus: Create SiC devices with atom-like defects at lithographically defined locations.
- Defects should trap a single electron whose spin is expected to be sensitive to weak external electric and magnetic fields. Sensor will be tested when exposed to a live brain slice, which generates neuronal magnetic fields. Follow-on task will include networking a sensor array, which is in line with the QCiT quantum network test bed.
