Diffraction gratings were discovered during the 18th century, and they are now widely used
in spectrometry analysis, with outstanding achievements spanning from the probing of single …

Laser interference lithography is an attractive method for the fabrication of a large-area two-
dimensional planar scale grating, which can be employed as a scale for multi-axis optical …

The unique diffractive properties of gratings have made them essential in a wide range of
applications, including spectral analysis, precision measurement, optical data storage, laser …

We present a general analytical model for the calculation of the spatial distribution of the
grating period, enabling the unification of all configurations of classical laser interference …

The use of submicron structures for structural coloration of surfaces has broad applications
for color filters, projection displays, virtual reality, and anti-counterfeiting. Currently, structural …

A gold-coated crossed grating (GCCG) is designed and fabricated to improve the signal
contrast and signal-noise-ratio (SNR) of the grating interferometer (GI) with the high …

We present a comprehensive simulative and experimental investigation of how period-
chirped pulse compression gratings affect the compressed pulses. A specifically developed …

We have developed a liquid immersion Lloyd's mirror interference lithography system to
fabricate subwavelength periodic nanostructures. In this approach, we construct the Lloyd's …

This thesis describes the design and analysis of a system for patterning large-area gratings
with nanometer level phase distortions. The novel patterning method, termed scanning …

We present an easy-to-implement and low-cost setup for the precise measurement of the
period chirp of diffraction gratings offering a resolution of 15 pm and reasonable scan …