… woodpile photonic crystals possessing complete photonic bandgaps, novel optical resonator
designs within these structures, 3D chiral photonic … a particularly complex 3D nanostructure. …

… The challenge is now to develop these concepts further as a combination of material and
photonic nanostructure design in order to reach performance that can compete with integrated …

… early results from photonics researchers indicate the … was focused on optical nanostructure
design and it managed … The application of DL to nanostructure design received only …

… of photonic nanostructures together in order to show the similarities and differences of photonic
… observed to operate in this photonic nanostructure. Within the scaffold of an inverse opal …

… -engineered light interference and photonic bandgap of micro-/nanostructure arrays, a lot of
optical devices have been built.7, 74 Patterned micro- and nanostructure arrays with various …

… Another class of phase transitions, namely transitions between crystalline and amorphous
phases, paves the way for designing a non-volatile photonic nanostructure made of materials …

… photonic crystal type behavior. In well-defined frequency ranges, called “stop bands”, these
materials, also called photonic … It should be emphasized, that for a complete photonic gap, …

… For organic photonics, organic lasers have achieved … element to realize all-photonic
integrated circuits, wherein the … can be achieved in the single micro/nanostructure. [ 43-45 ] The …

… they are both of a suitable scale for nanostructure production. Although the overall size of the
… adhere to in order for them to develop to the stage where they can make photonic devices. …

… A large portion of the bottom-up nanostructure synthesis has been done through the chemical
vapour deposition route. The resultant nanostructures does show AR properties as a result …