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Organization and contact
Scientific institutes and departments
- Solar Energy
- PVcomB
- Silicon Photovoltaics
- Interface Design
- Department Optics for Solar Energy
- Structure and Dynamics of Energy Materials
- Research
- Programme-oriented funding
- Diffraction and EXAFS at the X-ray beamline KMC-2
- Continuously upgrading and constructing instruments at the research reactor BER II
- Structure-function relationships in chalcopyrite based solar absorber materials for energy conversion
- Investigations of structure-function relationships in energy conversion materials
- Materials for solar energy conversion
- Programme-oriented funding
- Staff
- Instrumentation and Laboratory
- Projects and Teaching
- Publications
- Research
- Spins in Energy Conversion and Quantum Information Science
- Novel Materials and interfaces for photovoltaic solar cells
- Perovskite Tandem Solar Cells
- Hybrid Materials Formation an Scaling
- Generative Manufacturing Processes
- Hybride Material Systems
- Informationen des Bereichs (intern) (ger)
- Chemical Energy
- Applied Materials
- Methods
- Materials
- Metallic foams
- White beam imaging
- Foaming without blowing agent
- Alloy development and studies about the gas nucleation phase for metal foaming
- Solidification of metal foams
- Decomposition behaviour of blowing agent
- Stabilization mechanisms in metal foams
- Macrostructure analysis
- Analysis of liquid metal foams under microgravity conditions
- Group members
- Fuel Cells
- Battery Research
- Metallic foams
- Staff
- Publications
- Vorlesung (ger)
- Master- und Bachelorarbeiten (ger)
- Solar Fuels
- Nanospectroscopy
- Electrochemical Energy Storage
- Microstructure and residual stress analysis
- Nanoscale Operando CO2 Photo-Electrocatalysis
- Dynamic Electrocatalytic Interfaces
- Electrochemical Conversion
- Operando Interfacial Photochemistry
- Oxygen Evolution Mechanism Engineering
- Nanoscale Solid-Liquid Interfaces
- Catalysis for Energy
- Operando Battery Analysis
- Simulation of Energy Materials
- Applied Materials
- Quantum and Functional Materials
- Functional Oxides for Energy Efficient IT
- Quantum Phenomena in Novel Materials
- Dynamics and Transport in Quantum Materials
- Spin and Topology in Quantum Materials
- Research groups
- Research topics
- Methods and instrumentation for MML: ARPES, PEEM and vector magnet based methods
- Controlling spin-dependent phenomena
- Graphene for spintronics
- Magnetic nanostructures
- Interface-induced room-temperature multiferroicity in BaTiO3
- High spin polarization measured from a topological surface state
- Robustness of topological surface state against magnetic moments: Fe on Bi2Se3
- Correlation effects in the spin-dependent electronic structure of iron, cobalt and nickel
- Instrumentation and contact
- Staff
- Publications
- Projects
- Highlights
- Research groups
- Theory of Novel Quantum Materials
- MaXRay: Magnetism and Coherent X-Ray Imaging
- Theory of Electron Dynamics and Spectroscopy
- Informationen des Bereichs (intern) (ger)
- Photon Science
- Methods and Instrumentation for Synchrotron Radiation
- Atomic-Scale Dynamics in Light-Energy Conversion
- Highly Sensitive X-ray Spectroscopy
- Locally Sensitive and Time-Resolved Spectroscopy
- X-ray microscopy
- Macromolecular Crystallography
- Combined X-ray methods at BLiX and BESSY II - SyncLab
- Ultrafast Dynamics
- Division of large scale facilities (internal)
- Methods and Instrumentation for Synchrotron Radiation
Cooperations and Projects
- Projects
- BAIP
- Decommissioning and Dismantling
- bERLinPro
- Betriebssport (ger)
- CatLab – Catalysis Laboratory
- EMIL
- Gemäldeforschung (ger)
- Helmholtz Excellence Network SolarMath
- Helmholtz Virtual Institutes
- HEMF
- Hercules
- HySPRINT
- KD-CIS
- Landessammelstelle Berlin (ZRA) (ger)
- Machine Advisory Committee
- PECSYS
- PEROSEED
- Proton therapy
- PVcomB - Home
- RGLAB
- School lab
- Tailored Disorder
- Priority programme 1839
- Projects
- Tailoring diffusive transport of light
- Photonic Topological Materials with Disorder
- Tailoring disorder in functional optical materials
- Photonic crystal fibers with disordered claddings
- Disordered photonic structures in organic microlasers
- Holography based disordered structures for tailored scattering
- Scattering Interfaces with Tailored Disorder
- Design of Structural and Chemical Disorder in Metal Oxide Thin Films
- Light management by disordered nano-structures for optoelectronic devices
- Light-path engineering in disordered waveguiding systems
- Designing correlation functions of disorder in complex nanostructures
- Broadband reflecting fibers with tailored structures inspired by desert ants
- Control of scattering interaction in disordered two-dimensional arrangements
- Fluctuation-dominated materials for advanced photonics
- Conferences
- Contact
- Participant (password)
- TFPV-Nanostructures
- Fachinformatiker (ger)
- Industry
- Contact
- Learn more about cooperation
- Our offer per industrial sector
- Service - from laboratory use to research cooperation
- Our expertise and techniques
- Radiography
- Tomography
- Transmission electron microscopy
- Residual stress diffraction
- Reflectometry
- Small angle diffraction
- Cathode material characterisation using EXAFS & XANES
- Thermoelectric materials RIXS
- Optimization of material surfaces using XPS
- Irradiation
- Magnetization, conductivity, polarization
- Processing, production, preparation
- Supralab
- Industrial examples
- CoreLabs - Central laboratories.
- Success stories
- Overview News