Research on hybrid inorganic‐organic materials has experienced an explosive growth since
the 1980s, with the expansion of soft inorganic chemistry based processes. Indeed, mild …

This review reports on hybrid sol-gel coatings used for radiation protective purposes. The
different types of electromagnetic radiation are usually distinguished by their wavelength …

Hybrid nanomaterials based on the covalent grafting of silylated naphthopyrans (NPTs) onto
silica nanoparticles (SiO2 NPs) were successfully prepared and studied as new …

The article describes a new concept of an optical hybrid thin‐film material that exhibits
reversible humidity‐driven light transmittance (scattering) properties. The film consists of a …

For the fabrication of rewritable electro-optic devices, we prepared randomly dispersed
liquid crystal physical gels (LCPG) by constructing a well-defined hierarchical superstructure …

Ultraviolet (UV) radiation is closely related to people's lives, but excess UV exposure has led
to a series of problems. UV protection technology plays a vital role in our life. The most …

A stretchable, flexible electroresponsive liquid‐crystal (LC) device with extremely simple
structure is reported. It exhibits excellent light‐transmission control even during successive …

A class of graphene oxide (GO) Ormosil glasses with excellent nonlinear optical properties
were made with sol-gel method. The as-prepared GO Ormosil glasses were highly …

This work reports on the implementation of different absorption micro-filters based on a dye-
doped hybrid organic-inorganic xerogel polymeric material synthesized by the sol-gel …

For UV-light (ultraviolet light) and for IR-light (infrared light) a negative impact on human
health is reported. Materials containing a decreased transmission for IR-light are often also …