Search by scientific field
Chemistry
Chemistry at BESSY II comprises all processes and materials with which energy can be stored electrochemically, i.e. in batteries, or by converting it into molecules. It is precisely this conversion of solar energy into molecules that everyone is currently talking about under the buzzwords green hydrogen and solar fuels, and includes intensive research into new, more efficient catalysts. Chemical reactions and in-situ and operando measurements - predominantly in liquids - are major parts of this research.
Cultural Heritage & Humanities
Station | Energy Range | Polarisation | Beamline | Contact |
---|---|---|---|---|
BAMline Imaging | 4500 - 60000 eV | horizontal | BAMline |
Henning Markötter |
BAMline Spectroscopy | 4500 - 60000 eV | horizontal | BAMline | Martin Radtke
Ana Guilherme Buzanich |
IR-Spectroscopy and Microscopy | .0006 - 1 eV | linearly horizontal/vertical | IRIS | Ulrich Schade
Ljiljana Puskar |
.0006 - 1 eV | linearly horizontal/vertical | IRIS 2 | ||
KMC-2 XANES | 4000 - 15000 eV | linear horizontal | KMC-2 | Götz Schuck |
mySpot | 4000 - 25000 eV | horizontal | mySpot Beamline | Ivo Zizak |
PM3 scattering | 20 - 1900 eV | • horizontal • circular | PM3 | Torsten Kachel
Niko Pontius |
Earth Sciences & Environment
Station | Energy Range | Polarisation | Beamline | Contact |
---|---|---|---|---|
BAMline Imaging | 4500 - 60000 eV | horizontal | BAMline |
Henning Markötter |
BAMline Spectroscopy | 4500 - 60000 eV | horizontal | BAMline | Martin Radtke
Ana Guilherme Buzanich |
IR-Spectroscopy and Microscopy | .0006 - 1 eV | linearly horizontal/vertical | IRIS | Ulrich Schade
Ljiljana Puskar |
.0006 - 1 eV | linearly horizontal/vertical | IRIS 2 | ||
KMC-2 Diffraction | 4000 - 15000 eV | linear horizontal | KMC-2 | Daniel Többens |
KMC-2 XANES | 4000 - 15000 eV | linear horizontal | KMC-2 | Götz Schuck |
mySpot | 4000 - 25000 eV | horizontal | mySpot Beamline | Ivo Zizak |
PM3 scattering | 20 - 1900 eV | • horizontal • circular | PM3 | Torsten Kachel
Niko Pontius |
Energy
Energy research is about any new material to improve energy conversion, energy storage and energy efficiency. This includes optimisation of materials for photovoltaics, understand electrochemical processes for battery research and especially in-situ and operando experiments.
For catalytic processes and solar fuels, please also see the field Chemistry.
Please find below a list of instruments at BESSY II which are commonly chosen by the energy community.
Information Technologies
Information includes all processes and materials that can be used to improve information technology, i.e. magnetic materials, (de)magnetization dynamics, superconductors, quantum materials, topological insulators, spintronics, etc. Any effects that are currently used for data storage / processing or that can revolutionize them are of interest in this field.
Please find here a list of instruments at BESSY II which are chosen by your colleagues in the field information.
Station | Energy Range | Polarisation | Beamline | Contact |
---|---|---|---|---|
ALICE II | 20 - 1900 eV | • horizontal • circular | PM3 | Florin Radu
Radu-Marius Abrudan |
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 |
CoESCA | 85 - 1600 eV | variable | UE52_PGM CoESCA | Danilo Kühn
Ruslan Ovsyannikov |
MAXYMUS | 200 - 1900 eV | Horizontal, Vertical, Circular positive, Circular negative | UE46_MAXYMUS | Markus Weigand
Sebastian Wintz Simone Raoux |
mySpot | 4000 - 25000 eV | horizontal | mySpot Beamline | Ivo Zizak |
PM3 scattering | 20 - 1900 eV | • horizontal • circular | PM3 | Torsten Kachel
Niko Pontius |
SPEEM | 100 - 1800 eV | variable | UE49_PGM SPEEM | Florian Kronast
Sergio Valencia Molina Mohamad-Assaad Mawass |
spin-ARPES | 15 - 200 eV | Linear horizontal (fixed) | U125_PGM | Jaime Sánchez-Barriga |
VEKMAG | 20 - 1600 eV | Circular, Horizontal | PM2-VEKMAG | Florin Radu
Chen Luo Victor Ukleev |
Life Sciences & Biotechnology
This field includes any research at BESSY II that is related to living organisms or biological structures. A major part of the field life is the protein structure determination done at the MX beamlines (MX: Macromolecular Crystallography). But also biophysical effects of smaller molecules and biotechnology belong into this field.
Please find here a list of instruments at BESSY II which your colleagues chose to perform research in the field "Life".
Station | Energy Range | Polarisation | Beamline | Contact |
---|---|---|---|---|
BAMline Imaging | 4500 - 60000 eV | horizontal | BAMline |
Henning Markötter |
BAMline Spectroscopy | 4500 - 60000 eV | horizontal | BAMline | Martin Radtke
Ana Guilherme Buzanich |
HE SGM Station | 155 - 750 eV | horizontal | HE-SGM | Maria Brzhezinskaya |
IR-Spectroscopy and Microscopy | .0006 - 1 eV | linearly horizontal/vertical | IRIS | Ulrich Schade
Ljiljana Puskar |
.0006 - 1 eV | linearly horizontal/vertical | IRIS 2 | ||
MAXYMUS | 200 - 1900 eV | Horizontal, Vertical, Circular positive, Circular negative | UE46_MAXYMUS | Markus Weigand
Sebastian Wintz Simone Raoux |
MX-14-1 | 5000 - 15500 eV | horizontal | MX 14.1 | Manfred Weiss
Uwe Müller |
MX-14-2 | 5000 - 15500 eV | horizontal | MX 14.2 | Manfred Weiss
Uwe Müller |
MX-14-3 | 13870 - 13870 eV | horizontal | MX 14.3 | Manfred Weiss
Uwe Müller |
mySpot | 4000 - 25000 eV | horizontal | mySpot Beamline | Ivo Zizak |
XM - X-ray Microscopy | 250 - 2800 eV | horizontal | U41-TXM | Stephan Werner |
Materials Science & Engineering
Physics
In the field of physics we find, among other things, materials science, hard condensed matter and also photon science, e.g. new materials for mirrors that are directly used in BESSY II, and new nanomaterials are examined here. The development and implementation of new methods or new instruments is also assigned here.
Please find here a list of instruments at BESSY II which your colleagues use perform research in physics / photon science.