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Distribution of comonomer units inbiodegradable semicrystalline copolymers
Replacing conventional synthetic polymers with biodegradable ones, such as aliphatic polyesters, is part of the solution of increasing plastic waste. However, the less than... -
Neutron spin echo spectroscopy study of the dynamics of a multi-domain protei...
Previous studies have shown that ezrin binding to the scaffolding proteins NHERF1, allosterically activates the PDZ domains of NHERF1 to interact with target proteins.... -
Structure and antifungal susceptibility of polar yeast lipid in absence and p...
Neutron reflectometry is widely used nowadays in cell membrane research. However, most researchers using this technique investigate model membranes, composed by one to three... -
Evolution of the structure of nanostructured icy samples of heavy-water and d...
Slow neutrons (UCN, VCN, CN) are coherently scattered by nanoparticles that provides a powerful tool for VCN reflectors, for VCN storage in traps, for "quasi-specular" CN... -
Low-energy magnetic modes in SeCuO3
One of the questions in solid state physics is how local quantum states evolve into collective states. An intriguing scenario occurs when the basic magnetic unit consists of... -
Magnetic structure of the non-centrosymmetric heavy fermion compound CeCoGe3
The non-centrosymmetric CeCoGe3 compound exhibits interesting physical properties. It orders antiferromagnetically with three ordering temperatures TN1=21K, TN2=12K and TN3=8K.... -
Interplay between structure and superconductivity in ammonia and alkali inter...
Superconductivity in iron-based layered materials has provided new optimism in the search for novel high-temperature superconductors. Recently intercalation of respectively... -
Magnetic structure of the new heavy fermion compound CePt2In7
CePt2In7, a new antiferromagnetic heavy fermion compound, is a member of CeMxIn3+2x family (among them CeIn3 and CeCoIn5). It demonstrates novel and unusual physical properties,... -
Magnetic order in potential J1-J2 square lattice Heisenberg system
The interplay of spin frustration and quantum fluctuations can lead to the emergence of new and unconventional ground states. The spin-1/2 square-lattice is an ideal testing... -
Dynamics of chain swelling in fullerene/polymer solutions: towards processing...
Organic electronics require solution-processed polymer/nanoparticle composites. The kinetics of polymer and nanoparticle behavior in solution effect the processing conditions... -
Probing the magnetism at polar oxide NiO(111)/MgO(111) interfaces
We propose a PNR experiment to probe the interface magnetization which arises in polar NiO/MgO 111 orientated samples. High quality epitaxial samples have been prepared which... -
Quantitative Texture of Bi-2212 melt-cast processed superconductors
Research on Bi2Sr2CaCu2O8 high-temperature superconductors produced by the melt casting process reveal that high superconducting currents are able to flow through weakly... -
Magnetic excitations in the S=1/2 kagome antiferromagnet and quantum spin liq...
We propose to study the magnetic excitations in the quantum spin liquid candidate `Mg-herbertsmithite', which forms a geometrically perfect and highly frustrated two-dimensional... -
The quantum dynamics of ortho- andpara-water in the endofullerene H2O@C60: tr...
In this proposal we aim to investigate the quantum dynamics of encapsulated water molecules in a sample of the endofullerene H2O@C60. This complex was synthesised for the first... -
Magnetic and nuclear structures ofelectric-field-induced ferromagnetic metal ...
In the 4d-electron layered calcium ruthenate Ca2RuO4, a complex interplay between equivalent spin-orbit coupling and electron correlation energies foster exotic physics, an area... -
Influence of H-bonds on cation dynamics in Protic Ionic Liquids
We suggest to perform QENS and fixed energy scan experiments as a function of the temperature to probe the dynamics of 4 different protic ionic liquids (PILs) with an unchanged... -
Probing spin-dimerization and orbital ordering in CuIr2S4 by a flipping ratio...
CuIr2S4 thiospinel undergoes a simultaneous charge-ordering and spin-singlet-formationtransition at Ts=230 K. We suggest a polarized neutron flipping ratio experiment on d3... -
Quantum magnetic fluctuations at the decoupled antiferromagnetic and pseudo-m...
We have recently discovered that Ce(Rh0.92Ru0.08)2Si2 is a unique example where the field-induced pseudo-metamagnetic (Hm) and antiferromagnetic (Hc) transitions are... -
Distortion of the Flux Line Lattice caused by spin triplet pairing intopologi...
Topological superconductors, in analogy with topological insulators, give the possibility to study new kinds of electronic states that could be possibly exploited in spintronic... -
Spatially resolved non destructivetexture determination
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