A chemically inert Rashba split interface electronic structure of C60, FeOEP and PTCDA on BiAg2/Ag(111) substrates

Cottin, Maren Christina; Lobo-Checa, Jorge; Schaffert, Johannes; Bobisch, Christian LSF; Möller, Rolf LSF; Enrique Ortega, Jose; Walter, Andrew L.

The fields of organic electronics and spintronics have the potential to revolutionize the electronics industry. Finding the right materials that can retain their electrical and spin properties when combined is a technological and fundamental challenge. We carry out the study of three archetypal organic molecules in intimate contact with the BiAg2 surface alloy. We show that the BiAg2 alloy is an especially suited substrate due to its inertness as support for molecular films, exhibiting an almost complete absence of substrate–molecular interactions. This is inferred from the persistence of a completely unaltered giant spin-orbit split surface state of the BiAg2 substrate, and from the absence of significant metallic screening of charged molecular levels in the organic layer. Spin-orbit split states in BiAg2 turn out to be far more robust to organic overlayers than previously thought. New Journal of Physics 16 (2014) 045002 1367-2630/14/045002+14$33.00 © 2014 IOP Publishing Ltd and Deutsche Physikalische Gesellschaft Content

Cite

Citation style:
Cottin, M.C., Lobo-Checa, J., Schaffert, J., Bobisch, C., Möller, R., Enrique Ortega, J., Walter, A.L., 2016. A chemically inert Rashba split interface electronic structure of C60, FeOEP and PTCDA on BiAg2/Ag(111) substrates. https://doi.org/10.1088/1367-2630/16/4/045002
Could not load citation form.

Rights

Use and reproduction:
All rights reserved

Export