1. Raman imaging of DC current profiles in graphene
Mohsen Sabbaghi Department of Electrical Engineering

2. How to measure the local electric current through the G peak position and broadening?!

3. - The application of electric current breaks the iLO-iTO symmetry!

4. My method yields the broadening and frequency of each mode!.

5. My method yields a closed form expression for the broadening each mode!

6. - Matching the differential Raman data of the G peak at each point of sample with the simulated position and broadening yields the current density at each point. - This method is only applicable to large-area samples of graphene with a uniform Fermi energy of around 98 meV.