The consolidation of laser micro/nano processing technologies has led to a continuous
increase in the complexity of optical fiber sensors. This new avenue offers novel possibilities …

The lab-on-chip (LOC) platform has presented a powerful opportunity to improve
functionalization, parallelization, and miniaturization on planar or multilevel geometries that …

A new beam delivery method is introduced for controlling filament formation in optical fiber
that enables point-by-point writing of 1^ st order fiber Bragg gratings (FBGs) with single …

A type of encoded FBG array for use as an optical fiber tag is inscribed using a femtosecond
laser line-by-line technique. Each tag included two labels and several codes formed by …

Precise alignment of femtosecond laser tracks in standard single mode optical fiber is shown
to enable controllable optical tapping of the fiber core waveguide light with fiber cladding …

Femtosecond lasers interacting with Kerr nonlinear optical materials, propagate in form of
filaments due to the balance of beam diffraction by self-focusing induced by the Kerr …

In this work, a hybrid cladding waveguide (CWG) Mach-Zehnder interferometer (MZI) sensor
inscribed by femtosecond laser is demonstrated. The CWG has been inscribed using …

The aim of this dissertation was to address the question of whether the cladding of single-
mode fibers (SMFs) could be modified to enable optical fibers to serve as a more integrated …

Ultrashort laser micromachining is a versatile technology used in modern industries for
manipulating transparent materials with precision. In these applications, laser systems are …

A comprehensive design of wavefront-splitting interferometers (WSIs) is introduced for
integration into wafer light circuits and optical fiber systems. The WSI detects the coherent …