- Conference date: 23–26 February 2011
- Location: Chandigarh (India)
We study the effect of finite width on Wigner crystallization in a spin‐polarized coupled electron layers. Correlation among carriers are treated beyond the static mean‐field theories by using the quantum version of Singwi, Tosi, Land and Sjölander (qSTLS) theory over a wide range of layer parameters viz. density parameter and interlayer spacing d. Interestingly we find that the inclusion of finite width of layers lowered the critical density for the onset of Wigner crystal (WC) as compared to the similar recent studies of spin‐polarized coupled electron layers without finite width effects.
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