• Submolecular-scale control of phototautomerization
  • Surface magnetism with a molecule at the tip apex
  • Topologically localized excitons in single
    graphene nanoribbons
  • Lamb, Stark & Purcell effects in single-molecule
    fluoresecence
  • Energy funnelling with subnanometer resolution
  • A Kondo molecular-tip as a magnetic sensor
  • Probing surface magnetism with a molecular spin
  • Light from from a molecular switch
  • Electrofluorochromism at the single-molecule level
  • Spin swithcing a nickelocene molecule on a STM tip
  • Vibronic spectroscopy with sub-molecular resolution
  • Efficient spin-flip excitation of a nickelocene molecule
  • Kondo effect in the presence of a ferromagnetic tip
  • Narrow-line molecular emitter
  • On-surface engineered Cobalt-Ferrocene molecule
  • Ferrocene assembly on copper
  • Single molecular LED
  • Confining electrons to molecular nanorings
  • Contact image of Cu(100)
  • Au atoms imaged with a C60-terminated tip
  • Contact image of C60 molecules
  • 7x7 reconstruction of C60 molecules
  • Co-Phthalocyanine molecules
  • Co-Phthalocyanine on nanoscale cobalt islands
  • Spin-polarized contrast of molecules
  • Cobalt atom on cobalt island
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  • Our research focuses on the electronic, spin-related and luminescence properties of nanoscale objects such as metallic nanostructures, single molecules and atoms, atomic-scale point contacts. For this purpose we use STM and XMCD.
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  • — CNRS researchers —
  • L. LIMOT, F. SCHEURER, G. SCHULL
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  • We are welcoming Master students, PhD and Post-doc applications at any time


Highlights

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