Evaporation is an interfacial phenomenon in which a water molecule breaks the
intermolecular hydrogen (H−) bonds and enters the vapor phase. However, a detailed …

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 …

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

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 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 …

The accurate measurements of droplet temperature, size and evaporation rate are of great
importance to characterize the heat and mass transfer during evaporation/condensation …

Phase transition pathways of matter upon ablation with ultrashort laser pulses have been
considered to be understood long-since for metals and semiconductors. We provide …

We have developed phase interferometric particle imaging (PHIPI) of Mie scattering to
simultaneously measure the spherical and transparent droplet size at the micron scale and …

Air-water interface deformation has been used as a testbed to resolve the momentum of light
debate (Abraham-Minkowski) inside the dielectric medium, but to date, experiments or …