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Peter Grünberg Institut (PGI)
Functional Nanostructures at Surfaces (PGI-3)

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Sample in ARPES
Effective Graphene Doping Depends on Substrate Material
Jülich, 29 March 2016 – Jülich physicists have discovered unexpected effects in doped graphene – i.e. graphene that is mixed with foreign atoms. They investigated samples of the carbon compound enriched with the foreign atom nitrogen on various substrate materials. Unwanted interactions with these substrates can influence the electric properties of graphene. The researchers at the Peter Grünberg Institute have now shown that effective doping depends on the choice of substrate material.
More: Effective Graphene Doping Depends on Substrate Material …


12. JARA-FIT Nanoelectronik Praktikum
The aim of the nanoelectronic lab course is to bring the students into contact with current research topics of nanoelectronics. Therefore, the experiments are conducted using “real” research instruments and in the clean room.
More: 12. JARA-FIT Nanoelectronik Praktikum …



Synchrotron Research

In addition to our laboratory-based research, we engage in manifold synchrotron activities. More: Synchrotron Research …

STM 048

Ultra-Low Vibration STM Laboratory

For high precision scanning tunnelling microscopy (STM), we have designed two rooms which are shielded against sound, vibrations and electromagnetic radiation. More: Ultra-Low Vibration STM Laboratory …

Young Investigator Group

Helmholtz Young Investigator Group

PGI-3 hosts the Helmholtz Young Investigator Group of Dr. R. Temirov. More: Helmholtz Young Investigator Group …