Dolan, Brian P.
Modular symmetry and temperature flow of conductivities in quantum Hall systems
with varying Zeeman energy.
Physical Review B, 82 (19).
The behavior of the critical point between quantum Hall plateaux, as the Zeeman energy is varied, is
analyzed using modular symmetry of the Hall conductivities following from the law of corresponding states.
Flow diagrams for the conductivities as a function of temperature, with the magnetic field fixed, are constructed
for different Zeeman energies, for samples with particle-hole symmetry.
||B.P.D. acknowledges the warm hospitality of Pei-Ming
Ho and Chi-Te Liang during his visit funded by the National
Science Council, Taiwan, ROC Grant No. NSC 098-2912-
I-002-097. It is a pleasure to thank Pei-Ming Ho and Chi-Te
Liang for discussions.
||Modular symmetry; temperature flow; conductivities; quantum Hall systems; varying Zeeman energy;
||Faculty of Science and Engineering > Mathematical Physics
Dr. Brian Dolan
||02 Mar 2011 17:29
|Journal or Publication Title:
||Physical Review B
||American Physical Society
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