前沿量子科技研究中心量子資訊專題演講
Exotic solid new physics in artificial nanoarchitecture: theoretical understandings and experimental realizations
ABSTRACT :
We have learned Hall effect in general physics and quantum well states of ribbon or tube in quantum physics in colleges. These fundamental physics, however, are all related to our recent studies, including: (1) higher-order Hall effect occurring in nanoarchitectures either with or without applied magnetic field, and (2) perfect transport properties in radial superlattice, like carbon nanoscrolls. This talk will address how to extend our fundamental understandings to explore and predict solid new physics in well-developed nanoarchitectures.
We have learned Hall effect in general physics and quantum well states of ribbon or tube in quantum physics in colleges. These fundamental physics, however, are all related to our recent studies, including: (1) higher-order Hall effect occurring in nanoarchitectures either with or without applied magnetic field, and (2) perfect transport properties in radial superlattice, like carbon nanoscrolls. This talk will address how to extend our fundamental understandings to explore and predict solid new physics in well-developed nanoarchitectures.
