Optical cavitation can be induced by short pulse lasers focused into a solution with a low
absorption coefficient or using a continuous-wave laser focused into highly absorbent …

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 …

The light-fueled microparticle oscillator, exemplifying sustained driving in a static light
source, potentially holds applications in fundamental physics, cellular manipulation, fluid …

In this study, we focus on the trapping and self-oscillation of microbubbles in ethanol using a
low-power continuous-wave laser. The microbubble formation is achieved by heating of …

Laser beams, capable of controlling the mechanical motion of micron-scale objects, can
serve as a tool, enabling investigations of numerous interaction scenarios under full control …

In this study, the controlled formation, trapping, and self-oscillation of vapor microbubbles in
ethanol was investigated using low-power continuous wave (CW) lasers. The formation of …

The trapping and manipulation of bubbles have been studied by several researchers from a
distinct points of view due to the potential applications in numerous fields. The most common …

We show the 3D quasi-steady-state trapping of ethanol vapor microbubbles and their real-
time manipulation in liquids driven by the Marangoni force that is triggered by using a low …

We experimentally and theoretically demonstrate that reversible fluorescence regulation
based on a dynamic bubble. The bubble is confined to a fiber-enclosed microcavity and its …

A novel fiber attenuator with a photo-controlled bubble based on quantum dots (QDs) self-
luminous light source was proposed and demonstrated. Under the excitation of a 405 nm …