Hybrid materials are a merger of inorganic and organic materials and, as such, have the
potential to outperform the characteristics and functionalities of conventional, that is …

Polymer-matrix-based inorganic–organic hybrid materials are at the cutting edge of current
research for their great promise of merging properties of soft and hard solids in one material …

There is growing interest in the development of “green” electronics fabricated from “natural”
materials, which could lead to renewable, sustainable, and potentially inexpensive organic …

Organic composites filled with nanostructures are new group of materials with unique
physical properties. Carbon nanotubes (CNTs) are demonstrating good electrical and …

Conductive electrodes are major components of flexible optoelectronic devices. However,
existing materials are either very conductive but brittle (eg, ITO [indium tin-oxide]), or non …

We report solution processed high-k dielectric films with excellent insulating quality (leakage
current densities∼ 10− 8 A cm− 2 at 2 MV cm− 1), tunable dielectric constant (4.7–6.7) and …

Flexible electronic devices offer new appealing possibilities expanding and revolutionizing
the field of energy, consumer electronics, communication, health, and more. Many of these …

The field of printed organic electronics has not only made flexible devices accessible but
also allows the production process toward a high throughput industrial scale. The current …

A roll-to-roll compatible, high throughput process is reported for the production of highly
conductive, transparent planar electrode comprising an interwoven network of silver …

A novel approach for the fabrication of ultra-smooth and highly bendable substrates
consisting of metal grid-conducting polymers that are fully embedded into transparent …