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Peter Grünberg Institute (PGI)

Electronic Properties (PGI-6)

  • News
    • Announcements
      • ▾2022
    • Events
      • Recent results
      • Research
        • Electronic Structure of Quantum Materials Group
          • ▾High-resolution laser-driven spin-ARPES
          • ▾Spectromicroscopy at the limit of few-atom thickness
          • ▾Visualization of magnetism in the band structure
          • ▾Connection to quantum-geometric tensor
        • Molecular Quantum Materials Group
          • ▾Chirality Meets Quantum Mechanics
          • ▾Hybrid Molecular Magnets
        • Laser Spintronics Group
          • ▾Femtosecond Spectroscopy and Spin Dynamics
          • ▾Spintronic THz Emitters
          • ▾All Optical Switching (AOS)
          • ▾High Harmonic Generation (HHG)
        • Fundamentals of Redox Processes
          • Momentum Microscopy Group
            • 2D Molecular Architecture Group
              • ▾Charge Transfer at Organic/Metal Interfaces
              • ▾Insight into molecular chemical structure
              • ▾Materials engineering in flatland (2D-MOFs)
            • Publications PGI-6
              • ▾Publications 2025
              • ▾Publications 2024
              • ▾Publications 2023
              • ▾Publications 2022
              • ▾Publications 2021
              • ▾Publications 2020
              • ▾Publications 2019
              • ▾Publications 2018
              • ▾Publications 2017
              • ▾Publications 2016
              • ▾Publications 2015
              • ▾Publications 2014
              • ▾Publications 2013
              • ▾Publications 2012
              • ▾Publications 2011
          • Expertise
            • Instruments and Methods
              • ▾Nano-Spintronics-Cluster-Tool
              • ▾Temperature-variable electrochemical STM
              • ▾Electron energy loss spectroscopy (EELS)
              • ▾Joule-Thompson Scanning Tunnelling Microscope (JT-STM)
              • ▾Thin film deposition systems
          • Careers
            • Information for students and postdocs, and students practical information
              • Career Opportunities at PGI-6
              • About us
                • Profile
                  • Cooperation
                    • Peter Grünberg Awarded Nobel Prize in Physics 2007

                    Electronic Properties

                    At the PGI "Electronic Properties" Institute, we explore the interrelations between electronic structure and physical properties such as magnetism and magnetic phenomena by applying, for example, synchrotron radiation techniques. Systems of interest range from thin film systems, quantum wires and dots to molecules. Keywords here are nanosciences, spintronics, quantum computing, and giant magnetoresistance.

                    Head: Prof. Dr. Claus Michael Schneider

                    News and Events

                    Forgotten Property of the Electron: Physical Discovery Opens up New Avenues for “Orbitronics”

                    The orbital angular momentum of electrons has long been considered a minor physical phenomenon, suppressed in most crystals and largely overlooked. Scientists at Forschungszentrum Jülich have now discovered that in certain materials it is not only preserved but can even be actively controlled. This is due to a property of the crystal structure called chirality, which also influences many other processes in nature.

                    Materials science

                    Materials engineering in flatland

                    A team of physicists from Forschungszentrum Jülich and the University of Graz has achieved a breakthrough in the development and characterisation of 2D-MOFs, a special type of two-dimensional material. They were able to show how the structure of the materials is formed and which electronic and magnetic properties are associated with it.

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                    Schnellzugriff

                    • JSRL
                    • JUSPARC
                    • BESSY-PEEM
                    • NanoEsca in Triest

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