Anyons have been used earlier to interpret the oscillatory orbital magnetization in the Laughlin two-dimensional (213) electron liquid, which is the seat of the fractional quantum Hall effect. Here, we examine first the anyon fractional statistics distribution function in some detail. Then, applications are treated to other 2D systems, namely (a) a vibrating lattice such as a graphene layer in crystalline graphite, and (b) 2D insulating ferromagnets.
Anyon liquid fractional statistics distribution function with applications to phonons in a low-dimensional vibrating lattice and to two-dimensional magnets
ANGILELLA, Giuseppe Gioacchino Neil;
2006-01-01
Abstract
Anyons have been used earlier to interpret the oscillatory orbital magnetization in the Laughlin two-dimensional (213) electron liquid, which is the seat of the fractional quantum Hall effect. Here, we examine first the anyon fractional statistics distribution function in some detail. Then, applications are treated to other 2D systems, namely (a) a vibrating lattice such as a graphene layer in crystalline graphite, and (b) 2D insulating ferromagnets.File in questo prodotto:
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