Impressions from the lab
© Michael C. Möller
Gallery: WSe2 surface with individual defects
© AG Schlenhoff
Our UHV chamber
© Michael C. Möller
Impressions from the lab
© Michael C. Möller
Gallery: Graphene on SiC with atomic resolution
© AG Schlenhoff
Scanning tunneling microscope with optical lenses
© AG Schlenhoff
Impressions from the lab
© Michael C. Möller
Gallery: Monolayer MoS2 with atomic resolution
© AG Schlenhoff
Sample storage in UHV
© Michael C. Möller
Inserting a sample into the microscope
© Michael C. Möller
Gallery: Graphene on Ir(111) with atomic resolution
© AG Schlenhoff
© AG Schlenhoff - Maciej Bazarnik

Welcome to the

Atomic-scale Microscopy
& Spectroscopy Group

Professor Dr. Anika Schlenhoff

 

 

Exploring surface physics on the atomic length scale

Our group is interested in the correlation of structural, chemical, electronic, magnetic and opto-electronic properties on the atomic length scale. We apply (spin-polarized) scanning tunnelling microscopy (SP-STM) and spectroscopy (SP-STS) in combination with novel in-house developed scanning probe methods to low-dimensional (magnetic) solid state systems, in particular to graphene and transition metal dichalcogenides and their related hetero-, hybrid-, and nano-structures.