The inscription of a one and two-dimensional relief periodic lattices in the Schott IOG1
phosphate glass, by employing a laser assisted selective chemical etching method, is …

The inscription of a two-dimensional periodic lattice in the Schott IOG1 phosphate glass, by
employing a laser assisted selective chemical etching method, is presented here. A two step …

The two-dimensional periodic patterning of a high performance, rare-earth doped phosphate
glass is presented here. A two step patterning method is adopted, wherein high damage is …

3-D photonic bandgap (PBG) crystals were fabricated by laser assisted imprinting of self-
assembled silica particles on polymer film. Pulses (pulse duration 23 ns) of a KrF excimer …

We review our work on two complementary and compatible techniques, namely direct laser
writing and holographic lithography which are suitable for fabricating three-dimensional …

The fabrication of photonic crystals (PC) involves a periodic modulation of the refractive
index on nanometer scales thus requiring state-of-the-art patterning and dry etch …

In 1987, Eli Yablonovitch was the first to propose fabrication of a 3D periodic structure that
would enable manipulating the propagation of light due to its subwavelength structure [1] …

The patterning of submicron period (≈ 500 nm) Bragg reflectors in the Er∕ Yb-codoped
IOG1 Schott, phosphate glass is demonstrated. A high yield patterning technique is …

Holographic fabrication of large-size photonic crystals with a lens array is proposed and
demonstrated. A substantial increase of the usable size for two-dimensional and three …

This paper presents the capability of direct laser writing of complex defect structures in
holographically formed three-dimensional photonic crystals in dipentaerythritol …