The extension of artificial spin systems to the third dimension offers advances in
functionalities and opportunities for technological applications. One of the main challenges …

A novel multifunctional inverse opal‐like TiO 2 electron transport layer (IOT‐ETL) is
designed to replace the traditional compact layer and mesoporous scaffold layer in …

Abstract 3D magnetic nanostructures are of great interest due to the possibility to design
novel properties and the benefits for both technological applications such as high‐density …

The evolution of the magnetic structure for an inverse opal-like structure under an applied
magnetic field is studied by small-angle neutron scattering. The samples were produced by …

An experimental setup combining full-field transmission X-ray microscopy (TXM) and
microradian X-ray diffraction (μradXRD) is tested for the in situ study of self-organization of …

Geometrical frustration arised in spin ices leads to fascinating emergent physical properties.
Nowadays there is a wide diversity of the artificial structures, mimicking spin ice at the …

Three-dimensional periodic tin structures were synthesized by filling pores in silicon opals
with a sphere diameter of 194 nm (Sn190) and 310 nm (Sn300). The samples were …

Three-dimensional magnetic metamaterials feature interesting phenomena that arise from a
delicate interplay of material properties, local anisotropy, curvature, and connectivity. A …

The structure of inverse opal crystals based on nickel was probed on the mesoscopic and
atomic levels by a set of complementary techniques such as scanning electron microscopy …

Magnetization hysteresis loops of a three-dimensional nanoscale analog of spin ice based
on the nickel inverse opal-like structure (IOLS) have been studied at room temperature. The …