Abstract Optical Fourier surfaces (OFSs), characterized by sinusoidally profiled diffractive
optical elements, can outperform traditional binary‐type counterparts by minimizing optical …

Rapid manufacturing of medical devices during unforeseen pandemics is imperative. In
striving for manufacturing efficiency, photopolymerization has emerged as a viable approach …

Proximity-field nanopatterning (PnP) have been used recently as a rapid, cost-effective, and
large-scale fabrication method utilizing volumetric interference patterns generated by …

Sequential thiol–ene and disulfide–ene photopolymerizations and their utility in materials
applications such as shape fixation, photolithography, and holographic recording were …

Holography is generally known as a technology that records and reconstructs 3D images by
simultaneously capturing the intensity and phase information of light. Two or more interfering …

The ability to unveil the spatial distribution of refractive index (RI) within volumetric
holographic optical elements (HOEs) is critical for quantitating their diffractive behaviors …

Abstract Holographic Optical Elements (HOEs) employ refractive index (RI) modulation to
manipulate light, establishing their widespread application in augmented and virtual reality …

A supramolecule photosensitizer (supra-photosensitizer) based on the host–guest
complexation of cyclodextrins and a bis-chalcone dye (BDEA) was prepared. Methyl-β …

Polymer systems induced by the reaction between monomers and photo-initiators play a
crucial role in the formation of volume-phase gratings. In this paper, we fabricated a dual …

The initial motivation in colloid science and engineering was driven by the fact that colloids
can serve as excellent models to study atomic and molecular behavior at the mesoscale or …