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Magnetic polarization in Py/Pt spin pumping heterostructures
It is the aim of the proposal to investigate the presence and strength of an induced magnetic polarization in Py/Pt spin pumping heterostructures (Py=permalloy, Ni80Fe20) at the... -
Phase stability, electronic and magnetic properties of FeO under Earth's core...
The aimed experiment focuses on exploring the phase stability, electronic and magnetic properties of Fe1-xO utilizing the Synchrotron Mössbauer Source spectroscopy and... -
Phase stability, electronic and magnetic properties of FeO under Earth's core...
The aimed experiment focuses on exploring the phase stability, electronic and magnetic properties of Fe1-xO utilizing the Synchrotron Mössbauer Source spectroscopy and... -
Enabling deep understanding of Power-to-Ammonia catalysts for renewable fuel ...
This LTP is motivated by systematic studies on ammonia synthesis catalysts under the realistic conditions of the Haber-Bosch process, as employed for the production of... -
Investigating the synergistic effect of a doping and an electrolyte on the ch...
Mn-based layered oxides, commonly used as cathodes in sodium-ion batteries, have limited lifespans due to unstable electrode-electrolyte interfaces, particularly at voltages... -
Viewing stressed defects in Silicon Carbide for Power Electronics
The wide bandgap semiconductor material Silicon Carbide (SiC) is an attractive proposition to replace Silicon (Si) for the development of efficient, robust power electronic... -
Trimer quantum spin liquid candidate Ba4Ir3O10: magnetic excitations of a clu...
The iridate Ba4Ir3O10 hosts a quasi-2D network of trimers and has been discussed as an unusual quantum spin liquid. RIXS data have been explained in terms of a quasi-1D spinon... -
Momentum-selective phononic response at ultrafast antiferromagnetic dynamics
This proposal investigates phonon dynamics following photoexcitation that demagnetizes antiferromagnetic (AFM) CuO. Using time-resolved magnetic diffuse scattering, we recently... -
Reconstructing Integumentary Innovation in Mammals and Dinosaurs from the Low...
The Lower Cretaceous was a period of major evolutionary innovation for plants and animals, especially in wetlands. The Las Hoyas fossil site (125–129 Mya) provides an... -
The Evolution of Crystallization and Phase Separation Equilibrium in Multi-Co...
The objective of this proposal experiment lies in using in situ annealing experiments on a temporal scale to clarify the correlation between the morphology evolution of complex... -
Characterization of Antimony catalysts inherited from plastic waste during ch...
Plastic waste pollution has become a major environmental issue in modern society, increasing the demand for recycling polyethylene terephthalate (PET). Glycolysis process seems... -
X-ray reflectivity measurements of µm-sized electrode particles
X-ray reflectivity (XRR) nowadays is limited to model surfaces employing mm-sized samples. The extent of real surfaces in applications (e.g., Li-ion batteries), which need... -
Subcellular distribution and speciation of iron and manganese in pollen grains
Manganese (Mn) and iron (Fe) are essential micronutrients for plants, playing critical roles even in reproductive organs of plants, such as the pollen-bearing anthers. Our team... -
Subcellular mapping of gold in cancer cells treated with gold(III)-based anti...
A wide range of molecular gold compounds display cytotoxic properties and may in turn provide safer and more efficient alternatives to clinically approved platinum based... -
Strain, induced by magnetron sputtering, as a principal descriptor of activit...
Proton exchange membrane water electrolyzers are essential for the hydrogen economy, yet reducing the cost of anode catalysts remains a critical barrier to mass production.... -
In situ Structure Visualization of Direct Air Capture using Metal-Organic Fra...
Implementation of carbon capture technology such as direct air capture (DAC) is highly needed for EU's climate neutral target. The crystalline porous solids, metal-organic... -
Mechanisms of fast CO2 fixation reaction by enoyl-CoA carboxylases/reductase
Carbon dioxide (CO2) is an atmospheric greenhouse gas that feeds all life, plays a critical role in global warming, and could constitute an inexpensive carbon source for future... -
Understanding the rheology of rapeseed oil/water emulsions stabilized with pe...
Modern food emulsions prepared entirely with plant-grown products are attracting increased market share as they offer routes to sustainable food supplies as well as healthy... -
First exploration of the C-N-H system up to 180 GPa
Carbon, nitrogen, and hydrogen are elements ubiquitous on Earth and the Universe; essential and present in most systems, whether biological, industrial, or planetary. Despite... -
Mechanisms of Se(IV) and U(VI) uptake in chuckanovite (Fe2(OH)2CO3)
The aim of the project is to investigate the uptake of Se(IV) and U(VI) in chuckanovite (Fe2(OH)2CO3), an Fe(II)-carbonate hydroxide mineral, which can be formed under redox...
