Conventional solid films on certain substrates play a crucial role in various applications, for
example in flat panel displays, silicon technology, and protective coatings. Recently …

A review of present and future on-chip rolled-up devices, which can be used to develop lab-
in-a-tube total analysis systems, is presented. Lab-in-a-tube is the integration of numerous …

Inorganic nanomembranes are stretchable,[1] shapeable,[2] and transferrable to virtually
any substrate.[3, 4] These properties build the core concept for new technologies that …

The extension of 2D ferromagnetic structures into 3D curved geometry enables to tune its
magnetic properties such as uniaxial magnetic anisotropy. Tuning the anisotropy with strain …

In this work, we combine self-assembly and top-down methods to create hybrid junctions
consisting of single organic molecular monolayers sandwiched between metal and/or single …

A technique to design and fabricate Au–Ag bimetal microtubes for the investigation of
curvature-dependent localized surface plasmon modes is demonstrated. Highly surface …

We propose that the injection of electric currents can be used to independently manipulate
the position and chirality of vortex-like domain walls in metallic ferromagnetic nanotubes. We …

Strain engineering combined with standard top-down techniques is shown to be eligible to
fabricate compact three dimensional architectures based on rolled-up Co/Cu …

Compact rolled-up Co–Cu nanomembranes of high quality with different numbers of
windings are realized by strain engineering. A profound analysis of magnetoresistance (MR) …

A convenient technique is reported to fabricate Ag-SiO x hyperbolic metamaterials (HMMs)
as robust surface-enhanced Raman scattering (SERS) substrates based on roll-up …