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Position in Eco System
Large-scale Infrastructure
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P21.1 High Energy X-Ray Diffraction – Swedish Beamline
PETRA III
DESY, Hamburg
The high-energy scattering and diffraction beamlines P07-DESY and P21.1 are operated jointly with a focus on exploiting the high energy X-ray's for applications in chemistry and physics.
ESRF Business Development Office
ESRF
Grenoble, France
Our business development team is here to listen to your research and innovation needs, and to match them with the facilities available at the ESRF and the services we offer, or to create customised collaborations and par
Protein Production Sweden (PPS)
University of Gothenburg
distributed national research infrastructure
Protein Production Sweden (PPS) is a national research infrastructure focused on the production of protein reagents. We have a variety of expression systems to allow the production of many different types of proteins.
ForMAX
MAX IV Laboratory
Lund
A beamline allowing in-situ multiscale structural characterisation from nm to mm length scales by combining full-field tomographic imaging, small- and wide-angle x-ray scattering (SWAXS), and scanning SWAXS imaging.
Experimental Medical Science | Tomography – Emanuel Larsson
Lund University
Lund
Researcher and Method expert in X-ray and neutron imaging.
P06 Hard X-ray Micro/Nano-Probe
PETRA III
DESY, Hamburg
P06 offers advanced visualization with micro/nanoscopic spatial resolution using a range of X-ray techniques such as XRF, XAS, XRD and X-ray microscopy by ptychographic scanning schemes of coherent diffraction.
High-Throughput Macromolecular Crystallography beamline P11
PETRA III
DESY, Hamburg
The High-throughput Macromolecular Crystallography beamline P11 is specialized into imaging and diffraction experiments of biological samples and microcrystals, through the use of micro- and nanobeam applications.
P61.A – Beamline for White Beam Engineering Materials Science (WINE)
PETRA III
German Engineering Materials Science Centre (GEMS)
P61A is a white-beam beamline using the spectrum above 30 keV for energy-dispersive diffraction techniques.
P07 – High Energy Materials Science Beamline (HEMS)
PETRA III
German Engineering Materials Science Center
The High Energy Materials Science Beamline HEMS/P07 at PETRA III satisfies high energy x-ray diffraction (XRD) and imaging techniques.
Hard X-ray Photoelectron Spectroscopy P22
PETRA III
DESY, Hamburg
The Hard X-Ray Photoelectron Spectroscopy beamline P22 is dedicated to study the electronic and atomic structure of surfaces, interfaces, and bulk materials, serving users from a diverse research fields.
Advanced and Applied X-ray absorption spectroscopy beamlines P64 & P65
PETRA III
DESY, Hamburg
The Advanced XAS beamline P64 is specialized for experiments on high flux dependent samples. The Applied XAS beamlines P65 is the workhorse of PETRA III, hosting many industrial related experiments throughout the years
MINAXS P03
PETRA III
DESY, Hamburg
P03 offers small- and wide-angle X-ray scattering (SAXS/WAXS). Exploiting the low emittance of the PETRA III source, P03 provides micro- and nanofocused X-ray beams with energies in the range 9-21 keV.
BioSAXS P12
PETRA III
EMBL, Hamburg
BioSAXS P12 offers low background data collection for biological SAXS experiments on macromolecular solutions or kinetics experiments with high temporal resolution.
P05 – Imaging Beamline (IBL)
PETRA III
German Engineering Materials Science Centre
The imaging beamline (IBL) is dedicated to micro- and nanotomography. The flexible design of the experimental stations allows for the investigation of samples with diameters ranging seamlessly from 100µm up to 10 mm.
Powder Diffraction and Total Scattering Beamline P02.1
PETRA III
DESY, Hamburg
The Powder Diffraction and Total scattering, P02.1, is dedicated to study of the atomic scale structure of polycrystalline materials, both in terms of long-range periodic order and local structures.
T-REX
European Spallation Source
Lund
Studying materials for energy harvesting and water purification, and artificial polymers that mimic real proteins such as hemoglobin. Exploring functional materials such as nanomaterials, fuel-cell materials or ion-tran
MIRACLES
European Spallation Source
Lund
Improving fuel cells and hydrogen storage. Understanding dynamics in degenerative diseases like Alzheimer. Exploring ice formations to understand climate change.
SKADI
European Spallation Source
Lund
Investigating how chemicals mix on the nanoscale and understanding nano-magnets. Improving materials that can change properties - smart materials.
FREIA
European Spallation Source
Lund
Understanding and improving the delivery of medicines into the body. Supporting development of new surface coatings, to make better paint and improved surfaces. Solving environmental challenges with improved materials.
ESTIA
European Spallation Source
Lund
Improving magnetic data storage and processing, and revealing structure and magnetic phenomena of thin films. Investigating surfaces on an atomic scale.
MAGIC
European Spallation Source
Lund
Expanding the horizon of neutron diffraction towards low volume samples. Understanding the physical properties of newly discovered materials, and study magnetic properties in applied and fundamental systems.
HEIMDAL
European Spallation Source
Lund
Exploring light elements and energy-related materials. Making movies of the formation of new powerful magnets at the atomic scale and capturing the formation of materials on many length scales at the same time.
DREAM
European Spallation Source
Lund
Unlocking the secrets of water, what happens when it becomes ice, snow, mist. Bringing studies of batteries under operating conditions to a new level and providing new insights for the development of sustainable energy.
VESPA
European Spallation Source
Lund
Helping to understand and improve carbon capture, improve hydrogen storage, and investigate solids and liquids, complex fluids, and biomaterials.
ODIN
European Spallation Source
Lund
ODIN is a multi-purpose imaging instrument intended to satisfy a wide range of scientific needs in a variety of fields such as engineering materials and components, geo-science, paleontology, and much more.
Super ADAM
Uppsala University
Institut Laue-Langevin, Grenoble France
Neutron reflectometer Super ADAM excels in reflectivity and off-specular neutron scattering on all kinds of thin films and multilayers revealing both their in-depth and in-plane structures.
MicroMAX
MAX IV Laboratory
Lund
Macromolecular X-Ray Crystallography beamline with focus on serial crystallography
FlexPES
MAX IV Laboratory
Lund
Flexible Potoelectron Spectroscopy beamline with two branches and four end stations catering studies on surfaces and thin films as well as studies on separate atoms and molecules, cluster beams, liquid beams.
Veritas
MAX IV Laboratory
Lund
Resonant Inelastic X-ray Scattering beamline
Swedish Material Science Beamline P21
PETRA III
DESY, Hamburg
Beamline dedicated to materials research using high-energy x-rays in two branch lines, which are operated in parallel and are optimized for a combination of techniques (WAXS, SAXS, imaging) and broad band diffraction.
FemtoMAX
MAX IV Laboratory
Lund
Beamline for ultrafast X-ray experiments in physics, chemistry and biology, studying the structure and dynamics of materials.
Bloch
MAX IV Laboratory
Lund
The Bloch beamline is dedicated to high resolution photoelectron spectroscopy, encompassing angle-resolved (ARPES), spin resolved (spin-ARPES) and core-level spectroscopy operating with photon energies between 10-1000eV.
SoftiMAX
MAX IV Laboratory
Lund
Beamline for soft x-ray imaging techniques producing microscopic images of a sample combined with chemical, electronic, magnetic and/or structural information
LoKI – SANS
European Spallation Source
Lund
SANS instrument
FinEstBeAMS
MAX IV Laboratory
Lund
Materials and atmospheric science beamline providing ultraviolet and soft X-ray radiation at two different branch lines for studies in the gas phase and solid-state.
SPECIES
MAX IV Laboratory
Lund
Soft X-ray beamline with Ambient Pressure XPS and Resonant Inelastic X-ray Scattering (RIXS) capabilities.
DanMAX
MAX IV Laboratory
Lund
Materials science beamline, dedicated to in situ and operando experiments on real materials using tomographic imaging and X-ray powder diffraction.
ForMAX
MAX IV Laboratory
Lund
Beamline with a combination of SAXS/WAXS and tomographic imaging designed for wood based materials and other types of soft matter.
MAXPEEM
MAX IV Laboratory
Lund
Surface imaging techniques with structural, chemical, electronic, and magnetic contrasts at spatial resolutions in the nanometer range in a single instrument.
NanoMAX
MAX IV Laboratory
Lund
State-of-the-art X-ray nanoprobe with a multitude of analytical techniques including X-ray fluorescence imaging, X-ray phase and absorption contrast imaging, ptychography and nano-diffraction with resolution down to 50nm
HIPPIE
MAX IV Laboratory
Lund
HIPPIE is a state-of-the-art beamline for Ambient pressure X-ray photoelectron spectroscopy (APXPS).
Balder
MAX IV Laboratory
Lund
State-of-the-art X-ray absorption and emission spectroscopy beamline with strong in-situ and in-operandi capabilities.
BioMAX
MAX IV Laboratory
Lund
BioMAX is the state-of-the-art beamline for macromolecular X-ray crystallography at MAX IV. The beamline is the ideal tool for protein structure determination and it can be operated on site or remotely via a web interface.
CoSAXS
MAX IV Laboratory
Lund
State-of-the-art multipurpose small-angle X-ray scattering beamline.
