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Our research focuses on nanoscale chemical and physical phenomena with an emphasis on probing the basic properties of single atoms and molecules in their nono-environment on solid surfaces. The goal is to obtain detailed descriptions of single atoms and molecules which form the basis for understanding chemical and physical processes at surfaces and properties of nanostructured condensed matter and molecular materials.
The understanding of matter and its interactions with the surrounding at the atomic and molecular level is the central theme of our research program. The ability to control chemistry at the level of individual atoms and molecules underpins the way they interact and use the available energy to affect chemical transformation. The study of magnetism down to single atoms allows the understanding of how the electron spins play a role in chemical and physical processes.
The understanding of matter and its interactions with the surrounding at the atomic and molecular level is the central theme of our research program. The ability to control chemistry at the level of individual atoms and molecules underpins the way they interact and use the available energy to affect chemical transformation. The study of magnetism down to single atoms allows the understanding of how the electron spins play a role in chemical and physical processes.
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ACS NANOno. 22 (2023): 23144-23151
Nano lettersno. 7 (2023): 2915-2920
Physical review lettersno. 9 (2023): 096201
JOURNAL OF PHYSICAL CHEMISTRY Cno. 31 (2020): 16926-16942
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