Optical manipulation has emerged as a pivotal tool in soft matter research, offering superior
applicability, spatiotemporal precision, and manipulation capabilities compared to …

Laser-induced thermocapillary deformation of liquid surfaces has emerged as a promising
tool to precisely characterize the thermophysical properties of pure fluids. However …

Manipulating micro/nanoparticles on deformed liquid interfaces induced by radiation
pressure presents an active, non‐invasive, and contactless method. However, a significant …

The deflection of a submerged mirror due to light pressure was used to compare competing
theories of light momentum inside a dielectric medium. In this case, a significant bottleneck …

We investigated photomolecular-induced evaporation, wherein photons cleave off water
clusters near water–vapor interfaces, bypassing the typical thermal evaporation process …

We report a new optofluidic resonating phenomenon that naturally links the optical radiation
pressure, total internal reflection, capillary wave, and Rayleigh-Plateau instability together …

We propose a simple compact interferometer using twisted light to detect picometer
displacement on a solid or liquid surface. The heart of the interferometer lies in producing a …

We present a detailed derivation of the electromagnetic force density and pressure in linear
dielectric media according to the so-called microscopic Ampère formulation, which …

This paper reviews the history and origin of the Abraham–Minkowski controversy and points
out that it is a continuation of the controversy over the speed of light in medium. Upon …

We quantitatively measure the nanomechanical dynamics of a water surface excited by the
radiation pressure of a Gaussian/annular laser beam of incidence near total internal …