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Playground  
Playground The junior research group was founded by the Leibniz Competition "Best Minds" and started in 2023. We are embedded in Division B "Transient Electronic Structure and Nanophysics" and…  
News & Highlights  
News & Highlights Start of the Junior Research Group 01.01.2023 This is a news Entry Lets see what happens Start of the Junior Research Group 01.01.2023 This is a news…  
Third-Party Funded Projects  
Projects funded by EFRE These projects have been or are being co-financed by the European Union from the European Regional Development Fund: Förderkennzeichen Gerätebezeichnung …  
3.1 Topic 2: Phase 3 Highlight 1  
3.1 Topic2: Phase 3 (2018...) Highlight 1 One Slide Summary. Oxygen K-edge spectroscopy of hydrated proton complexes in solution provides compelling evidence of the pronounced impact on the…  
3.1 Topic 3: History  
Our research on charge transfer in molecular systems with, foundations made in a larger set of activities on photo-induced elementary reactions followed with ultrafast infrared spectroscopy, can be…  
3.1 Topic 3: Phase 1 (2017-2021)  
The people involved: Carlo Kleine, Maria Ekimova, Gildas Goldsztejn, Sebastian Raabe, Christian Strüber, Jan Ludwig, Suresh Yarlagadda, Marc-Oliver Winghart, Sebastian Eckert, Oliver Reichel,…  
Ultrafast Plasmon-Enhanced Magnetic Bit Switching at the Nanoscale  
Teaser: small excerpt from the graphic Researchers from Max Born Institute have demonstrated a successful way to control and manipulate nanoscale magnetic bits — the building blocks of digital data — using an ultrafast laser pulse and…  
New research unit to study the generation, transport and detection of chiral phonons  
Graphic: Spin current blue red white Spintronics is already widely used in data storage, sensor technology and, increasingly, in communication technology. Many of our cars and cell phones already contain components based on spintronics.…  
Optical control of phase and group velocities in everyday liquids  
Cover Graphic showing ordinary liquid and ENZ liquid The phase and the group velocity of light propagating in conventional optical media cannot exceed the speed of light in vacuum. However, in so-called epsilon-near-zero (ENZ) materials, light exhibits…