With the increasing interest and demand for epidermal electronics, a strong interface
between a sensor and a biological surface is essential, yet achieving such interface is still a …

Soft, wearable, stretchable, and flexible devices are intriguing in electronic fields, as they
offer light weight, user-friendliness, and high-throughput performance. Electronic devices …

Capabilities of the attenuated total reflection (ATR) at THz wavelengths for increased sub-
surface depth characterisation of (bio-) materials are presented. The penetration depth of a …

Water is the most prominent solvent. The unique properties of water are rooted in the
dynamical hydrogen-bonded network. While TeraHertz (THz) radiation can probe directly …

Skin wound healing in dynamic environments remains challenging. Conventional gels are
not ideal dressing materials for wound healing due to difficulties in completely sealing …

Molecular alignment underpins optical, mechanical, and thermal properties of materials,
however, its direct measurement from volumes with micrometer dimensions is not …

Metasurfaces are engineered thin surfaces comprising two-dimensional (2D) arrays of sub-
wavelength-spaced and sub-wavelength-sized resonators. Metasurfaces can locally …

Grid polarisers 3D-printed out of commercial acrilic resin were tested for the polariser
function and showed spectral regions where the dichroic ratio ${D} _ {R}\gt 1$ and $\lt 1 …

Abstract Regenerated Silk Fibroin (RSF) films are considered promising substrate
candidates primarily in the field of bio-integrated electronic device applications. The key …

This paper aims to develop a non-destructive methodology applicable to heritage artifacts in
order to discriminate between different species of wild silks. Wild silks are less known than …