4,480 datasets found

One of the most interesting feature in high-temperature cuprates is the pseudogap phenomenon: in the normal state, a partial gap opens on the Fermi surface below a temperature...

Magnetic ferroelectrics are receiving more and more attention due to large coupling between the magnetic ordering and the ferroelectric polarization. It was first discovered in...

R3Ru4Al12 (R is a rare-earth atom or uranium) crystallize in a hexagonal crystal structure where the R atoms form distorted kagome nets and are therefore subject to geometrical...

Since the discovery of the first icosahedral quasicrystal (QC) by Shechtman et al., their detailed atomic structures eluded researchers for many years until the recent structure...

TmFe5Al7 is an interesting system from the viewpoint of competing exchange and anisotropy interactions. It is a ferrimagnet without compensation of the Tm and Fe sublattices and...

The interplay between magnetism and superconductivity in the copper oxide high Tc superconductors remains a subject for intense study. In recent experiments on underdoped LSCO...

Manganese antiperovskites (Mn3TN T=Sn,Ni,Ga...) have recently attracted much attention due to the range of interesting properties they display, such as barocaloric, Invar and...

The aim of this proposal is to determine the unknown magnetic structure of Co2TiO4 and its temperature evolution using single crystal neutron diffraction. The sequence of a...

As a functional material, GdCrO3 is of fundamental scientific interest due to number of significant properties like spin reorientation ,magnetoelectric or multiferroic...

Recently, diverse optic experiments on CuB2O6 have led SW Lovesey to propose a Cu orbital ground state with mixed 3d and 4p wave functions. The 3d-4p mixing is allowed because...

Double perovskites are a fascinating material [1-5] class with a lot of functional properties. Multiferroicity, magneotcapacitance, magnetoresistance, different magnetic ground...

Skyrmions have been found in cubic helimagnets and in ultrathin films with surface induced Dzyaloshinskii-Moriya interaction (DMI). In bulk, skyrmionic phases are observed in a...

The mechanism for the strong magnetostrictive behaviour of FePd alloys is as of yet unconfirmed. FePd is shown to have a magnetostrictive response on the order of 50ppm and also...

Topological superconductors, in analogy with topological insulators, give the possibility to study new kinds of electronic states that could be possibly exploited in spintronic...

CuxBi2Se3 is a promising candidate for being a topological superconductor with spin triplet pairing. Theoretically, it fulfills a sufficient criterion for this, and also...

SrEr2O4 is a member of the SrLn2O4 crystalline family known for it high degree of magnetic frustration. SrEr2O4 is a rather interesting member of this family and as already been...

NaFe(WO4)2 is closely related to MnWO4 one of the prototype spiral multiferroics, and it exhibits transitions from incommensurate cycloid order to a commensurate up-up-down-down...

We plan to determine the magnetic structure of the orthorhombic (o-) TbMnO3 thin film deposited on (010) oriented o-YAlO3 substrates in the high temperature incommensurate (HTI)...

The multiferroic metal-organic perovskite copper guanidinium formate is structurally analogous to KCuF3, and like its inorganic counterpart is a good realisation of the S=1/2 1D...

The metallic heavy-fermion compound CePdAl might be a model system to investigate the influence of magnetic frustration on quantum criticality. The antiferromagnetic order below...