Molecular Manipulation Lab

Scientists working in the MoMaLab

Christian Wagner

ERC StG group CM3 homepage
Publons profile (ResearcherID)
Google scholar
Linked in

Hadi Arefi

Google scholar

Ruslan Temirov

Low Temperature Scanning Probe Microscopy Group homepage Google scholar

F. Stefan Tautz

Peter Grünberg Institute (PGI-3) "Quantum Nanoscience"
Google scholar
Publons profile (ResearcherID)
Publications on arXiv


Alexandre Tkatchenko (U Luxembourg, Luxembourg)

Theoretical Chemical Physics

Rolf Findeisen (OVGU Magdeburg, Germany)

Systems Theory and Automatic Control

Michael Rohlfing (WWU Münster, Germany)

Elektronic Structure and Dynamic of Condensed Matter

Klaus-Robert Müller (TU Berlin, Germany)

Institute of Software Engineering and Theoretical Computer Science: Machine Learning

Anatole von Lilienfeld (U Basel, Switzerland)

Quantum mechanical rational compound design lab

Reinhard Maurer (U Warwick, UK)

Computational Surface Chemistry

Jan van Ruitenbeek (U Leiden, The Netherlands)

Experimental Nanophysics

Paul Kögerler (RWTH Aachen, Germany)

Inorganic chemistry and molecular magnetism

December 19th, 2020

Postdoc position available

get more information.

October 22nd, 2020

Congratulations to F. Stefan Tautz for being a winner at the Falling Walls and Berlin Science Week in the category Engineering and Technology. Watch the Online live-stream session Breaking the Wall of Building with Molecules

September 2nd, 2020

Introducing machine learning to the nanoscale: "Autonomous robotic nanofabrication with reinforcement learning" Read at Science Advances Press release

July 2020

Our Helmholtz-AI project MomoNano (together with HZB and TU-Berlin) successfully competed for a three year funding by the Helmholtz Association.

October 23th, 2019

We have been granted another 3.5 Mio core‑h on JURECA.

June 27th, 2019

"The theory of scanning quantum dot microscopy" Read at J Phys. Cond. Mat.

June 10th, 2019

New scanning quantum dot microscopy (SQDM) paper online. Quantitative measurements of surface potentials and dipoles. New window to the nanoscale world. Read at Nature Materials Read full-text w/o subscription Press release
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