Nature, Volume 452Sir Norman Lockyer Macmillan Journals Limited, 2008 - Electronic journals |
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Page 449
... electrons in a quantum dot . Figure 3a shows the magnetic field dependence of the addition ener- gies for the N - electron ground states ( N = −2 to +4 ) , obtained by measuring the linear conductance as a function of Vg and B. Near ...
... electrons in a quantum dot . Figure 3a shows the magnetic field dependence of the addition ener- gies for the N - electron ground states ( N = −2 to +4 ) , obtained by measuring the linear conductance as a function of Vg and B. Near ...
Page 451
... electron - hole symmetry . In the absence of spin - orbit interactions the low - energy spectrum of a nanotube shows electron - hole sym- metry such that each allowed state has a matching state with opposite energy ; that is , the ...
... electron - hole symmetry . In the absence of spin - orbit interactions the low - energy spectrum of a nanotube shows electron - hole sym- metry such that each allowed state has a matching state with opposite energy ; that is , the ...
Page 976
... electron travelling in a solid distorts the lattice because of the Coulomb interaction with the ions . The lattice distortion in turn has a feedback on the electron dynamics , resulting in an increase of the electron mass and a ...
... electron travelling in a solid distorts the lattice because of the Coulomb interaction with the ions . The lattice distortion in turn has a feedback on the electron dynamics , resulting in an increase of the electron mass and a ...
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