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Correlated Electron Interfaces

In recent years it has become technologically possible to engineer devices in which the electrons and holes are spatially seperated in two different layers. The thus increased life-time combined with the bosonic nature of excitons opens up the promise of exciton Bose-Einstein condensation. Whereas most research is focussed on exciton condensation in coupled semiconductor quantum wells or graphene, little attention is devoted to the class of doped Mott insulators. We investigate the properties of excitons in coupled electron and hole doped Mott insulator layers. In the undoped Mott insulator insulator see picture each lattice site is occupied by a single electron and their spin is antiferromagnetically ordered.

Doping — ie the addition or removal of electrons by chemical substitution or applying a gate voltage — leads to the occurence of either double occupied or vacant sites. George A. Poster [pdf-file]. Sunday, 4th November : Registration and welcome reception Monday, 5th November, to Friday, 9th November, : Workshop program.

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Correlated Electron Interfaces

Press, Oxford, Kalliakos, S. Nano Lett.


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Kouwenhoven, L. Excitation spectra of circular, few-electron quantum dots. Science , — Heitmann, D. The spectroscopy of quantum dot arrays. Today 46 , 56—63 Ellenberger, C. Excitation spectrum of two correlated electrons in a lateral quantum dot with negligible Zeeman splitting.

Nishi, Y. B 74 , Jiang, H.

Coulomb correlation effects in semiconductor quantum dots: The role of dimensionality. B 59 , — Download references.

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Keck Foundation. We thank F. Beltram, S. Corni and R.


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  • Fazio for useful discussions. The nanofabrication and experiments were carried out by S. Correspondence to Massimo Rontani or Vittorio Pellegrini. Reprints and Permissions. A molecular state of correlated electrons in a quantum dot.

    Highlights

    Nature Phys 4, — doi Download citation. Physical Review B Semiconductors Physics Letters A The European Physical Journal D Advanced search. Skip to main content. Abstract Correlation among particles in finite quantum systems leads to complex behaviour and novel states of matter. Access through your institution. Buy or subscribe. Change institution. Rent or Buy article Get time limited or full article access on ReadCube. Figure 1: Resonant inelastic light scattering. Figure 2: Magnetic-field dependence in quantum dots with four electrons.

    References

    Figure 4: Theoretical analysis of molecule formation extrapolated to the full density range. References 1 Jacak, L. Google Scholar 2 Chakraborty, T.