Basel Universität

Welcome to the Nanolino Lab
at the Department of Physics, University of Basel!


Our research interest focuses on the structure of insulating surfaces, molecular layers on insulating surfaces, nanotribology, and instrumental development of force microscopy.

Latest News

New article published in JACS
2020-07-24
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Using STM/AFM with CO tip at LT combined with STS and DFT we studied the formation of porous Nitrogen GNRs formed by an Ullman polymerization on Ag(111).
Link
New group picture
2020-06-30
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Working on site is more and more possible in the department. Still we do our weekly group meetings via video conference.
New article published in Communications Materials
2020-02-28
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New results published in Communications Materials. Using atomic force microscopy at Room and Low temperature combined with molecular dynamics, we studied the thermal expansion coefficient of 2D molecular islands based on spoked wheel molecules. We find that the increasing motion, with temperature, of the alkyl chains is responsible of the giant thermal expansion coefficient we measured.
Link
New PhD Student
2020-02-07

Jung-Ching Liu sarted a PhD with us. She will work on the "Investigation of atomic and molecular structures on Niobium by scanning probe microscopy".
New article published in Nanoletters
2019-12-06
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New results published in Nano Letters. Using atomic force microscopy and molecular dynamics, we detected the sequential bending and twisting around C-C single bond of a long polymeric chain when detached from a gold substrate at low temperature.
Link
Best SNI Master Thesis for Sebastian Scherb
2019-11-11
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Sebastian Scherb, now PhD student with us received the price for the best Master thesis from the SNI. His work was entitled "UHV AFM and STM studies of electrospray deposited graphene-like molecules".
Link
New article published in Nature Materials
2019-10-24
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Our results on a new quantum-mechanical dissipation mechanism that occurs only at certain voltages on topological insulator surface is published in Nature Materials. At the specific tip-sample voltage and distance, the single electron migrate from the tip through an intermediate image potential state into the material. The mere presence of a single charge carrier in electronic state strongly influences the energy dissipation on topological insulator surface.
Link
New PhD student
2019-10-17

Fabien Sanchez started a PhD with us. He will work on "the interaction of materials surfaces with low energy ions".
New PostDoc
2019-10-17

Rodrigo Antunes startd his postdoc with us. He will work on "understanding the process of ammonia formation and destruction in a nitrogen / hydrogen plasma".
nc-AFM Award for Prof. Alexis Baratoff
2019-08-12
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During the 22nd international ncAFM conference (July 29th to August 2nd, 2019) in Regensburg, Prof. Alexis Baratoff got the nc-AFM award for his theoretical contributions in this field of research. The award is a 40 million times enlarged model of the Silicon 7x7 surface. Original data were obtained by the non-contact AFM with a CO-terminated tip by Emmerich et al [Science 348, 308 (2015)] and then machined by the workshop of the University of Regensburg. Picture: From left to right: Franz Giessibl, Alexis Baratoff, Jascha Repp

and Jay Weymouth.
Link

Seminars and colloquia


Overview of events: pdf rss