We compare our optical data collected in two families of low dimensional correlated electron systems: the ladders and the organic Bechgaard salts. Our data display a remarkable optical anisotropy between the spectra along the three crystallographic axes, indicative of the low dimensionality in the electronic band structure. Moreover, we optically identify a dimensionality crossover, induced by Ca-doping in the ladders and by chemical pressure in the Bechgaard salts.

Optical evidence for dimensionality crossover: the case of ladder systems and Bechgaard salts.

2000

Abstract

We compare our optical data collected in two families of low dimensional correlated electron systems: the ladders and the organic Bechgaard salts. Our data display a remarkable optical anisotropy between the spectra along the three crystallographic axes, indicative of the low dimensionality in the electronic band structure. Moreover, we optically identify a dimensionality crossover, induced by Ca-doping in the ladders and by chemical pressure in the Bechgaard salts.
2000
Istituto per i Processi Chimico-Fisici - IPCF
SPIN GAP; SR14-XCAXCU24O41; SUPERCONDUCTIVITY; SR14CU24O41; TRANSPORT
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/142435
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