Graphene nanogap for gate tunable quantum coherent single molecule electronics... Wepredict that three difficult problems in molecular electronics with singlemolecules may be solved by utilizing graphene contacts: (1) a back gatemodulating the Fermi level in the graphene leads facilitate control of thedevice conductance in a transistor effect with high on/off current ratio; (2)the size mismatch between leads and molecule is avoided, in contrast to thetraditional metal contacts; (3) as a consequence,...
Low temperature and many-body effectsered the transistor effect in 1947....
Switching and jamming transistor effect for vortex matter in honeycomb pinning arrays with ac drives... Sinceapplication of an external field can be used to switch off the vortex flow, weterm this a jamming transistor effect....
Single-electron transistor effect in a two-terminal structureA peculiarity of the single-electron transistor effect makes it possible toobserve this effect even in structures lacking a gate electrode altogether....
