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Manipulation & Dispositifs Moléculaires sur surface - (STM basse température)
MND AXIS
Leader : Damien RIEDEL
Participant : Yitao WANG (Postdoc)
Former Phd students : Mayssa Yengui, Hatem Labidi, Franco Chiaravalotti
please visit my new web site at www.mnd-sciences.com
Projects :
CHACRA (Charge transfer in small molecular devices) ANR
ATERSIIQ (Erbium adatoms on silicon surface for quantum information) LABEX PALM
BOQUAT (Quantum dot on silicon for the study of atomic scale qubits) LABEX PALM
COMISS (Contacting molecules on insulating surfaces at metallic silicide nano-islands) NFS
The Molecular Nanodevices Research Axis ACTIVITIES
Our research is devoted to the study of individual molecule and molecular architectures that are adsorbed on semiconductor surfaces for the development of model devices.
please visit my new web site at www.mnd-sciences.com
please visit my new web site at www.mnd-sciences.com
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contact : Damien RIEDEL (damien.riedel at u-psud.fr)
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HIGHLIGHTS_______________________________________________________________________________________________
« A NEW INSULATING STRUCTURE ON THE Si(100) »
In this work, we have discovered that it is possible to grow self-organized periodically spaced thin ribbons of semi-insulating stripes on the bare Si(100) surface. The epitaxial growth of these structures is obtained by the evaporation of CaF2 molecules on the silicon surface at the transition between the VW and SK modes. They are investigated via scanning tunneling techniques at low temperature (9K). In particular, the obtained thin ribbons exhibit a resonant state at the central part of the ribbons revealling an electronic confinement at a resonnant energy 2eV.
see : https://pubs.rsc.org/en/content/articlelanding/2022/ma/d2ma00751g
In this work, we have discovered that it is possible to grow self-organized periodically spaced thin ribbons of semi-insulating stripes on the bare Si(100) surface. The epitaxial growth of these structures is obtained by the evaporation of CaF2 molecules on the silicon surface at the transition between the VW and SK modes. They are investigated via scanning tunneling techniques at low temperature (9K). In particular, the obtained thin ribbons exhibit a resonant state at the central part of the ribbons revealling an electronic confinement at a resonnant energy 2eV.
see : https://pubs.rsc.org/en/content/articlelanding/2022/ma/d2ma00751g