We show both theoretically and experimentally that a random distribution of spherical
microparticles may be used as a spectral hole burning memory. This microparticle hole …

Experimental confirmation of stimulated Raman scattering (SRS) in micrometer-sized
droplets supported simultaneously by resonances at the incident (input) laser wavelength …

Microdroplets offer unique environments that accelerate chemical reactions; however, the
mechanisms behind these processes remain debated. The localization and orientation of …

We report optofluidic lasers with a monolayer gain material that self-assembles at the two-
phase liquid–liquid interface. The self-assembly process deterministically introduces the …

The theory of enhanced energy transfer within an aerosol particle based on donor coupling
to morphological dependent resonances is tested for the first time to our knowledge. The …

The Raman spectrum measured on a slowly evaporating liquid droplet trapped by radiation
pressure shows two sets of resonances one set of strong but narrow resonances that can be …

Microsized particles play an important role in many diverse areas of science and technology,
for example, surface reactions of micron-sized particles play a key role in astrochemistry …

By adding two additional electrodes to the equator of a spherical void electrodynamic
levitator trap (SVELT) one can balance static forces on a microparticle independently along …

The emission spectrum from a fluorescent microdroplet is compared with theory for the first
time. The spectrum of oriented surfactant molecules on a levitated microdroplet is found to …

The fluorescence spectra and lasing behavior of dye molecules adsorbed on a droplet
levitated in an electrodynamic trap have been studied. A simple classical model describes …