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OVERVIEW RESEARCH
Our research at a glance
Photon Science
Protein crystallography at BESSY II
Research on SARS-CoV-2
Photovoltaics
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Electrochemical energy storage
Quantum and Functional Materials
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BESSY II Electron storage ring
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The route to BESSY III
Interview »BESSY III is picking up speed!«
Corelabs
Energy Materials In-Situ Laboratory Berlin
X-ray CoreLab
Correlative Microscopy and Spectroscopy
Hybrid Silicon Perovskite Research, Integration & Novel Technologies
Competence Centre Photovoltaics Berlin
Quantum Materials
Cyclotron
Irradiations for Radiation Hardness Tests
Proton irradiation
Gamma irradiation
Radiation Protection
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Radiation Protection Adlershof
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Accelerator project bERLinPro
VSR demo concept
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Development beamlines BESSY II
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Solar Energy
PVcomB
Silicon Photovoltaics
Interface Design
Optics for Solar Energy
Structure and Dynamics of Energy Materials
Spins in Energy Conversion and Quantum Information Science
Active Materials and Interfaces for Stable Perovskite Solar Cells
Perowskit Tandemsolarzellen
Hybrid Materials Formation an Scaling
Generative Manufacturing Processes
Hybride Material Systems
Informationen des Bereichs (intern) (ger)
Chemical Energy
Applied Materials
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
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
Theory of Novel Quantum Materials
MaXRay: Magnetism and Coherent X-Ray Imaging
Theory of Electron Dynamics and Spectroscopy
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Photon Science
Methods and Instrumentation for Synchrotron Radiation
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
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Eye tumor therapy - Charité
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BER II: Dialogue on the path to dismantling
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Photon Science
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Methods and Instrumentation for Synchrotron Radiation
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The world of Synchrotron Radiation and Instrumentation
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List of the Instruments and Laboratories
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Experimental stations
Method: XPS
X-ray Photoelectron Emission
Station
Energy Range
Polarisation
Beamline
Contact
ALICE
20 - 1900 eV
• horizontal
• circular
PM3
Radu Abrudan
85 - 1600 eV
horizontal
U49-2_PGM-1
100 - 1500 eV
variable
UE52_SGM
20 - 690 eV
variable
UE112_PGM-1
eV
"Search a beamline for me"
60 - 1300 eV
• horizontal
• vertical
• circular
UE56-2_PGM-2
ARPES One-Cube
4 - 200 eV
• linear any angle
• circular
UE112_PGM-2b-1^3
Emile Rienks
Alexander Fedorov
ARPES One-Square
4 - 250 eV
• linear any angle
• circular
UE112_PGM-2a-1^2
Andrei Varykhalov
CAT
eV
CPMU17_EMIL
Michael Hävecker
eV
UE48_EMIL
CISSY
Iver Lauermann
CoESCA
85 - 1600 eV
variable
UE52_PGM CoESCA
Danilo Kühn
Ruslan Ovsyannikov
Artur Born
ENERGIZE
eV
horizontal
ENERGIZE
Ahmed Esam Ahmed Mansour
Thorsten Schultz
FEMTOSPEX surface dynamics
60 - 1300 eV
• linear horizontal vertical
• circular
UE56-1_PGM
Nomi Sorgenfrei
Erika Giangrisostomi
Robert Haverkamp
HE SGM Station
100 - 700 eV
horizontal
HE-SGM
HU 5mNIM
eV
only horizontal in the electron beam orbit plane
HU 5mNIM
ISISS station
80 - 2000 eV
linear horizontal
ISISS
Michael Hävecker
LowDosePES
20 - 2000 eV
horizontal
PM4
Erika Giangrisostomi
Ruslan Ovsyannikov
Nomi Sorgenfrei
Robert Haverkamp
PEAXIS
180 - 1600 eV
horizontal
U41-PEAXIS
Deniz Wong
RGBL-2
15 - 200 eV
Linear horizontal (fixed)
U125-2_RGBL Undulator
Jaime Sánchez-Barriga
Oliver Jon Clark
RGBL-PEEM
20 - 1900 eV
• horizontal
• circular
PM3
Dmitry Marchenko
85 - 1600 eV
horizontal
U49-2_PGM-1
100 - 1500 eV
variable
UE52_SGM
20 - 690 eV
variable
UE112_PGM-1
60 - 1300 eV
• horizontal
• vertical
• circular
UE56-2_PGM-2
RGL-PES
80 - 1500 eV
horizontal
RGBL Dipole
Dmitry Smirnov
Anna Makarova
SISSY I
eV
CPMU17_EMIL
Regan Wilks
Marcus Bär
Johannes Frisch
Anna Efimenko
eV
UE48_EMIL
SMART
100 - 1800 eV
variable (linear and circular)
UE49_PGM SMART
Thomas Schmidt
Marcel Springer
So-Li-AS
20 - 1900 eV
• horizontal
• circular
PM3
85 - 1600 eV
horizontal
U49-2_PGM-1
eV
"Search a beamline for me"
60 - 1300 eV
• horizontal
• vertical
• circular
UE56-2_PGM-2
SOL³PES
85 - 1600 eV
horizontal
U49-2_PGM-1
Robert Seidel
Wilson Quevedo Garzon
100 - 1500 eV
variable
UE52_SGM
SpAnTeX
2000 - 12000 eV
horizontal
KMC-1
David Starr
Marco Favaro
SPEEM
100 - 1800 eV
variable
UE49_PGM SPEEM
Florian Kronast
Sergio Valencia Molina
Mohamad Assaad Mawass
TOF-PES
85 - 1600 eV
horizontal
U49-2_PGM-1
Robert Seidel
60 - 1300 eV
• horizontal
• vertical
• circular
UE56-2_PGM-2