Diffractive optical elements (DOE) are integral components for lightweight and ultra‐thin
optical elements due to their ability to manipulate light efficiently and accurately. However …

Thin film supramolecular azopolymers support the all‐optical generation of dynamic surface
microstructures. Using a spatial light modulator (SLM) illuminated at 488 nm, structured …

A versatile system for the fabrication of surface microstructures is demonstrated by
combining the photomechanical response of supramolecular azopolymers with structured …

Herein, a simple hierarchical surface patterning method is presented by effectively
combining buckling instability and azopolymer-based surface relief grating inscription. In this …

Laser interferometry is a consolidated technique for materials structuring, enabling single
step and large area patterning. Here we report the investigation of the morphological …

Surface‐relief‐gratings (SRGs) of azo polymers and azo molecular glasses have attracted
considerable interest for their erasable and reconfigurable characteristics. Herein, the …

Azobenzene‐based light‐responsive thin films are emerging as appealing candidates for
smart cell‐culture substrates. Their attraction lies in the fact that they can be reversibly photo …

Direct laser writing of surface relief microstructures on azopolymer films using structured
polarization is an emerging technology for the fabrication of diffractive optics. Films are …

Surface micrograting arrays have applications ranging from diffractive optics to
bioengineered surfaces. We report a versatile fabrication platform for the maskless …

Laser interferometry is a consolidated technique for materials structuring, enabling single
step and large area patterning. Here we report the investigation of the morphological …