4. Two- and three-dimensional heterostructures

One-dimensional bandgap engineering seems to be reaching its limits, and research is turning to multiple confinement. Controlling electronic transport in several directions in space enables new functionalities to be created.

Definition of an electronic waveguide by engineering grids on the surface of a high-mobility heterostructure — Figure...

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Two- and three-dimensional heterostructures

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References

(1) - GRIFFITH (Z.), RODWELL (M.J.W.), FANG (X.-M.), LOUBYCHEV (D.), WU (Y.), FASTENAU (J.M.), LIU (A.W.K) - InGaAs/InP DHBTs with 120-nm collector having simultaneously high f _T , $f_{m a x} ⩾ 450 G H z$ ...

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