4,480 datasets found

YBa2Cu4O8 is a special member of the Y-based High-Tc cuprate superconductors since it exhibits two CuO chains per unit cell, compared to the single CuO chain per unit cell...

BiPd is a Type-II superconductor with a non-centrosymmetric crystal structure. Accommodating this lack of inversion symmetry requires that the superconducting order parameter...

Stronthium ruthenate (SRO) has long been considered a paradigm for p-wave superconductivity, but recent results have raised important questions in this regard. These include...

Recently materials with topologically protected states have become an area of intense research. Here we propose to investigate the vortex lattice (VL) in the topological...

We aim to complete previous measurements at the ILL on the semimetal EuB6.Our study will provide the first direct evidence of the magnetic polarons thought to underpin the...

An interesting paper published by Pomaranski et al. in Nature Physics 9, 353 (2013) demands further refinement of the microscopic spin hamiltonian of spin ice, Dy2Ti2O7 and...

The crystal structure of the mineral boleite contains Cu2+ ions (each with S=1/2) forming truncated cube clusters of linked triangles. Susceptibility, neutron scattering and...

It has been proposed that the prototypical quantum spin ice material Yb2Ti2O7 exhibits a Higgs transition from a magnetic Coulomb liquid to a ferromagnetic phase at Tc ~ 0.21K....

We propose to use SANS to measure the magnetic flux line lattice in clean KFe2As2 crystals with the field-direction close to the basal plane. In this configuration, Bc2 in Tesla...

BiPd is a superconductor with a non-centrosymmetric crystal structure, so the superconducting order parameter has both singlet and triplet nature. We have very high quality...

The cuprates are ideal type-II superconductors for the study of exotic vortex physics. Cuprates can be either hole- or electron-doped; many SANS studies of the vortex lattice...

In a recent SANS experiment in NbSe2 crystals, we observed changes in the vortex lattice (VL) structure after different dynamic histories. The main result was the direct...

This proposal aims at studying the properties of the flux line lattice (FLL) of the magnetic superconductor Pr2Pt3Ge5. In this compound a magnetic order develops deep in the...

We propose to investigate the spin dynamics of the ferromagnetic superconductor URhGe in the vicinity of a Tricritical Point (TCP) and Quantum Critical Points (QCP) induced...

The MgB2 vortex lattice (VL) exhibits significant metastability between highly ordered but differently oriented configurations. The metastability has been clearly demonstrated...

We wish to investigate a set of peculiar features found in the new Skyrmion lattice compound Cu2OSeO3. Notably, we observed strong higher order peaks there, which may enable a...

We propose to characterise ferromagnetic clusters in INVAR (Fe65Ni35) using polarised neutrons on D33. These clusters have been previously glimpsed in conventional and...

Quasi-2d square lattice magnets are good model systems to study 2d criticality due to several reasons. Many real system can be described by relatively simple Hamiltonians, they...

The discovery of spin-induced ferroelectricity in frustrated transition-metal-oxides attracted much interest due to their exciting physical mechanism and due to their potential...

This proposal is to examine the morphology and anisotropy of the flux-line lattice in Ca3Ir4Sn13 single crystals with the intention of understanding how the superconductivity in...