The demand for micro drilling with a diameter in a range of a few microns to several hundred
microns is increasing in industries such as electronics, aerospace, medicine and …

The most common method to generate optic cavitation involves the focusing of short-pulsed
lasers in a transparent liquid media. In this work, we review a novel method of optic …

Direct laser writing was successfully performed into high refractive-index glasses with the
composition of (PbO) 0.75-x (Bi 2 O 3) x (Ga 2 O 3) 0.25 for x= 0–0.3, using focused …

Laser direct writing using continuous-wave laser emitting at 532 nm was successfully
performed into stoichiometric (GeS 2) x (As 2 S 3)(1-x) bulk glasses, where 0≤ x≤ 1. The …

Hard-brittle materials offer outstanding mechanical, optical, and chemical properties, making
them highly valuable for aerospace and astronomy applications. However, their extreme …

Abstract Since Nobel Laureate Arthur Ashkin first introduced the trapping and manipulation
of microparticles using light, numerous studies have explored this technique not only for …

A high-velocity fluid stream ejected from an orifice or nozzle is a common mechanism to
produce liquid jets in inkjet printers or to produce sprays among other applications. In the …

This paper studies cavitation induced by focusing a continuous wave laser in a highly
absorbing aqueous copper nitrate solution. The Spatial Transmittance Modulation method …

We report on the generation of liquid columns that extend far beyond the traditional Rayleigh-
Plateau instability onset. The columns are driven by the acoustic pressure wave emitted after …

There is an increasing demand for accurate complex holes in aerospace, automotive,
electronics, and medical industries. The productivity of traditional tool-based …