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XMCD on REIr2Si2 intermetallics
XMCD on REIr2Si2 intermetallics -
XMCD and RMXS on vanadium lacunar spinels AV4X8
XMCD and RMXS on vanadium lacunar spinels AV4X8 -
Time-resolved cryo-EM on the CarH photoreceptor
The purpose of this experiment is to collect six datasets on cryo-EM grids prepared in a time-resolved way: with a precisely controlled time delay between the initiation of a... -
Structure determination of new complexes for DNA Gyrase from Mycobacterium tu...
Fluoroquinolones, particularly Moxifloxacin (MFX) and Levofloxacin (LFX) have been gaining prominence in the context of tuberculosis treatment [1] and their use has been... -
Characterization of cadmium-induced protein aggregation mechanisms associated...
Recent studies have implicated cadmium (Cd), a neurotoxic metal, in the development of Alzheimer’s disease (AD). Cd accumulates in the hippocampus, a brain region that is... -
Texture Tomography on additively manufactured stainless steel and Ti64
3D mapping of texture and main orientation in stainless steel and Ti64 -
In Operando imaging Surface Acoustic Waves in Aluminum Scandium Nitride thin ...
Our study focuses on new magnetoelectric sensors, enhancing sensitivity to bio-magnetic frequencies. Surface Acoustic Wave (SAW) sensors utilizing Aluminum Scandium Nitride... -
In-operando X-ray microscopy to visualize power electronic breakdown in time ...
High-Power electronics are a key in securing a renewable energy supply and advancing the digitization of our society. The liftetime and performance of state-of-the-art... -
IHR
calendaring -
Practicals for Master 2 Quantum Matter of UGA: proximity effects in Ho layers
We will investigate the magnetic ordering in epitaxial layers of Ho-Lu alloy and Ho/Lu multilayers to characterise the proximity effect of Lu (non-magnetic) on Ho... -
In situ probing of residual stresses in railway steels
During operation, railway wheel steels experience thermo-mechanical stresses. Understanding how these stresses affect the microstructure is crucial to preventing failure. In... -
Beyond the depth-of-focus limit in connectomics
A fundamental limit in imaging is the depth of focus of DOF=5.4(transverse resolution squared)/λ. Because X rays offer high penetration with low multiple scattering, they are... -
Quantifying the microstructure of 4D printed materials for soft robotics
While 3D printing of conventional materials produces inanimate 3D objects with static shape, recently introduced printing of responsive materials adds time as a 4th dimension,... -
Fe electronic and structural local environments in iron oxides melt and amorp...
The Earth’s outer-core (136 – 330 GPa) is composed of convecting liquid iron with up to 5% oxygen in addition to other light elements. Layering inside the Earth’s outer-core,... -
Vibrissa-to-brain: centimetre scale bottom-up connectomics
Current mammalian connectomic work is impeded by the small scale of analyzable samples compared to the large scale of mammalian brains. Consequently, the circuits under... -
Structural analysis of historical materials
This proposal is a continuation of the HG-172, HG-213 and HG-237 BAG experiments, a new access route to the ESRF structural analysis capacities for the Heritage Science... -
Direct Observation of Structural Dynamics in the Dimerization of DNA Base Pai...
The UV-induced formation of lesions in DNA has intrigued scientists since its first observation in 1958. Thymine (T), cytosine (C), and uracil (U) undergo photodimerization upon... -
Conformational change of chitosan chains upon solvent shifting for nanoprecip...
Nanoprecipitation (Ouzo effect) is an efficient method to create polymer nanomaterials by adding an anti-solvent to a polymer solution, causing nanoparticle formation. Chitosan,... -
Operando XRD investigation of well-defined Cu electrocatalysts at commerciall...
The electrochemical CO reduction reaction (CORR) is a promising approach for the production of multicarbons products while enabling storage of renewable energy into chemical... -
in situ photon-in-photon-out spectroscopic studies with high temporal, spatia...
Today’s emerging questions in colloidal science go far beyond the precise control of size. The synthetic and theoretical efforts focus on a wide range of nanomaterials with...
