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Quantum photovoltaics in wire-dot-wire junctions
We developed an effective tight-binding modeling for photovoltaic junctions made of a finite quantum dot chain connected to two semi-infinite quantum wires. We simulated I-V responses under resonant monochromatic illumination in the case of a two-dot junction by means of the Green's function technique. We thus showed a striking property in these dot-wire architectures: the photocurrent increases under bias.
Quantum photovoltaics in wire-dot-wire junctions
We developed an effective tight-binding modeling for photovoltaic junctions made of a finite quantum dot chain connected to two semi-infinite quantum wires. We simulated I-V responses under resonant monochromatic illumination in the case of a two-dot junction by means of the Green's function technique. We thus showed a striking property in these dot-wire architectures: the photocurrent increases under bias.
Quantum photovoltaics in wire-dot-wire junctions
Berbezier, Aude (author) / Michelini, Fabienne (author)
2014-01-01
7 pages
Article (Journal)
Electronic Resource
English
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