Unusual materials and design strategies enable NFC technology to be embedded into electronic systems that are ultrathin, soft and stretchable, like skin.
Unusual materials and design strategies enable NFC technology to be embedded into electronic systems that are ultrathin, soft and stretchable, like skin.
A German research team have fabricated magneto-electronics that fulfill the performance and processing requirements for consumer electronics.
Researchers have created a low-cost, flexible bioelectronic device based on PEDOT:PSS, which they used for monitoring action potentials from cell tissues.
Joris van Slageren´s research group discovers molecular quantum bit with exceptionally long coherence time over an unusually wide temperature range.
Researchers have formed perovskite films from a seed layer grown with atomic layer deposition, an standard technology for dielectric materials.
Yang Zou and co-workers have found evidence for superconductivity in YFe2Ge2 with an unusual power-law temperature dependence of the electrical resistivity.
Cheng, et al. have created a broadband perfect absorber for terahertz waves by etching doped silicon to form micro-scale resonant cavities.
Special issue, guest-edited by F. Guinea, M. I. Katsnelson, and T. O. Wehling, is focused on electronic structure and other properties of 2D materials.
Nanostructuring improves optical confinement and limited light out-coupling efficiency from by the mismatched refractive indices of media in devices.
Prof. Zannoni and co-workers publish research on the deposition of sexithiophene on a fullerene substrate.