  A concurrent remote sensing and magneto-transport study of the microwave
excited two dimensional electron system (2DES) at liquid Helium temperatures
has been carried out using a carbon detector to remotely sense the microwave
activity of the 2D electron system in the GaAs/AlGaAs heterostructure during
conventional magnetotransport measurements. Various correlations are observed
and reported between the oscillatory magnetotransport and the remotely sensed
reflection. In addition, the oscillatory remotely sensed signal is shown to
exhibit a power law type variation in its amplitude, similar to the
radiation-induced magnetoresistance oscillations.
