Co-tunneling enhancement of the electrical response of nanoparticle networks.

Abstract

A co-tunneling charge-transfer process dominates the electrical properties of a nanometer-sized "slice" in a nanoparticle network, which results in universal scaling of the conductance with temperature and bias voltage, as well as enhanced spintronics properties. By designing two large (10 μm) electrodes with short (60 nm) separation, access is obtained to… (More)
DOI: 10.1002/smll.201100931

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