Lens characterization is a key challenge for reliable optical and imaging techniques. Shack–
Hartmann wavefront sensor (SHWFS) is frequently used as an efficient tool for …

Optical fibers have many advance and exciting applications, in particular optical
telecommunication and sensing. These applications are depending basically on the fiber …

For the first time to our knowledge, digital holography is used to determine the distribution of
parabolic or nonparabolic refractive index fields in graded index optical fibers. The fiber is …

We proposed a method to solve the problem of extracting meaningful phase information for
a single-shot interference pattern taken for an axially tilted fibre sample. Conventionally such …

We propose a fast method for measuring optical properties, eg, the refractive index profile
and birefringence, of fibers. It is based on recovering the phase distribution of light refracted …

We present an extension of the adaptive spatial carrier frequency method which is proposed
for fast measuring optical properties of fibrous materials. The method can be considered as …

We propose a new solution for sensing a terahertz (THz) wavefront based on a THz
reference-less shear interferometer. The key component of the experimental configuration of …

Digital holographic interferometry (DHI) was utilized for investigating the optical properties of
polymer and optical fibers. The samples investigated here were polyvinylidene fluoride …

Optical microscopes and their extensions are non-destructive essential tools for
characterizing the physical properties of polymeric materials. They are extensively used in …

We propose a new solution for sensing a terahertz (THz) wavefront based on a THz
reference-less shear interferometer. The key component of the experimental configuration of …