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Microwave induced photoconductivity of a two-dimensional electron gas (2DEG)in selectively-doped GaAs/AlAs heterostructures has been studied using theCorbino geometry with capacitive contacts at a temperature T=1.6K and magneticfield B up to 0.5 T. Zero-conductance states have been observed in the samplesunder study subject to microwave radiation, similarly to the samples with ohmiccontacts. It has been shown that ohmic contacts do not play a significant rolefor observation of zero-conductance states induced by microwave radiation

Microwave Induced Zero-Conductance State in a Corbino Geometry 2D Electron Gas with Capacitive Contacts