Sol-gel chemistry and the process that peculiarly defines the derived materials, represent an
essential tool for the chemical synthesis of materials. Since the intensive research activity …

Due to their transparency and tunable electrical, optical, and magnetic properties, metal
oxide thin films and structures have many applications in electro‐optical devices. In recent …

Owning to their intrinsic properties, silica-based glasses are widely used in various
technological fields, especially in photonics. However, high degree of flexibility is yet …

High resolution fabrication using two-photon lithography is extensively studied for a large
range of materials, from polymer to inorganics. Hybrid materials including a sol–gel step …

A photo-initiated sol-gel process has been developed to deposit organic-inorganic hybrid
(OIH) thin films on metal substrates for corrosion protection. Wet films of non-aqueous …

The production by injection molding of polymeric components having micro-and
nanometrical surfaces is a complex task. Generally, the accurate replication of micro-and …

This study explores two innovative Organic-Inorganic Hybrid coatings that are 100% solids,
free of VOCs, and one produced from over 50% bio-renewable material. These coatings …

Innovative materials enable two‐photon polymerization for precise additive fabrication of
intricate optical components. Existing polymeric inks suffer from poor optical performance …

The widespread utilization of nail gels in the cosmetic and beauty industry, with an
anticipated market value of US $65.8 Million by 2026, has raised concerns about health …

Additive manufacturing holds a strong promise to revolutionize industry. Fabricating high‐
resolution and large objects with specific physical properties remains a critical challenge. In …