Photocrosslinkable polymers have been exploited to attain impressive advantages in
printing freestanding, micrometer-scale, mechanically compliant features. However, a more …

A superantiwetting surface based on low-aspect-ratio hierarchical cylinder arrays (HCAs)
was successfully obtained on a silica substrate by colloidal lithography with …

Materials science has been changing. The era of “trial-by-error” development is being
redirected toward revolutionary “materials-by-design” methodologies that guide experiments …

Microfiber optic array structures are fabricated and employed as an optical structure
overlaying a front-contact silicon solar cell. The arrays are synthesized through light-induced …

Fabrication of superhydrophobic materials using incumbent techniques involves several
processing steps and is therefore either quite complex, not scalable, or often both. Here, the …

We report observations of photopolymerization driven phase-separation in a mixture of a
photo-reactive monomer and inorganic nanoparticles. The mixture is irradiated with visible …

Three-dimensional (3D) microstructure arrays (MSAs) have been widely used in material
science and biomedical applications by providing superhydrophobic surfaces, cell …

Abstract We employ the Light–Induced Self–Writing (LISW) technique to fabricate vertically–
aligned polymer composite microstructures with core–shell morphology. Nanoparticle (NP) …

This perspective presents a recently developed approach to organize polymer and polymer
composite materials through a new form of light-directed organization of photoreactive …

Although superomniphobic surfaces have attracted extensive interest owing to many
important applications, successful fabrication of such surfaces still remains a critical …