Hopping conduction in quasi-one-dimensional systems

A review of hopping conduction in small MOSFET devices at low temperatures is given. The theoretical predictions of Mott, extended to the quasi-one-dimensional limit, will be compared with experiments and it will be shown that in the limit where only a few states exist within a few kBT of the Fermi energy the conduction properties take on a radically different form. Experimental results will be compared to both fluctuation hopping dominated theories as well as resonant tunneling models. © 1986.