Yanjing Li, Nadya Mason
Published 2013-12-13Version 1
We have measured a nanoribbon of MoS2 at low temperature, and observed the evolution of the system from a regime of multiple small quantum dots in series to one where the entire nanoribbon acts as a single quantum dot. At higher Fermi energies, resonant transmission through disorder-induced potential wells is evident. Our findings shed light on the length scale of quasi-ballistic transport in the material.
Tunable Josephson $π$ junctions without Coulomb blockade
Resonant Transmission through Double Quantum Dots: Model and Numerical Results
Quantum Antidots: Coulomb Blockade or no Coulomb Blockade?
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