Recent content by Christopher Rourk

The FMO complex has a size that is within the typical size range for quantum dots, and absorbs photon energy at what appears to be an effective bandgap between 2-3 eV. While various techniques have been used to investigate the behavior of the FMO complex, such as femto photography or...

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Assume a 5 micron thick quantum dot solid, disposed on a ground plane, and a c-AFM probe tip at a -10 V bias. If the transient field generated as the probe tip comes into contact with the quantum dot solid causes excitons to form, could electron transport explain the generation of transient...

See https://www.researchgate.net/publication/234963173_Miniband_formation_in_a_quantum_dot_crystal. But its for interpreting some test results.

Do electron minibands in quantum dot solids have a potential?