Layer Effects in Graphene NEMS Resonators

In this talk we will present new data on mono, bi, and tri-layer graphene nanoelectromechanical (G-NEMS) resonators.~ G-NEMS resonators utilize graphene's high mobility, high Young's modulus, Dirac-like dispersion relation, and other unique qualities to produce unusual physical phenomena at the intersection of electronics and mechanics on the quantum scale.~ We extend the work done on these devices with a study into the effects of layer number on temperature dependence, quality factor, tunability, and frequency amongst others.