Forces acting on thermally generated microbubbles are studied by deriving a general force
model. Microbubbles can be steered by moving the laser beam. In previous work, it has …

Aerosols, comprising dispersed solid or liquid particles in gases, serve diverse functions
with substantial economic implications. From everyday items like air fresheners and asthma …

Microscopic imaging of rapid biophysical processes often relies on high-contrast, high-
resolution, and high-speed acquisition. However, confocal microscopes capable of such …

Levitated micro-resonators in vacuums have attracted widespread attention due to their
application potential in precision force sensing, acceleration sensing, mass measurement …

From the earliest observations of deflection of comet tails by sunlight in the 17th century to
the sophisticated manipulation of microscopic entities using lasers in the 21st century, the …

The flow around a Janus particle under an optical potential is investigated. The thermal
effects are majorly overlooked while studying the Janus particle although fluid heating …

Optical tweezers, a tool for contactless manipulation of micro-and nano-particles, are widely
used to apply and measure forces. This thesis investigates various force measurement …

A comprehensive dynamics simulation has been presented in a quad-beam optic fiber with
intersection arrangement. As the offset distance changes, the motion type of dielectric micro …

Many solutions exist for optical simulations. Many of them are isolated solutions, are
complex to use due to their wide range of applications, or are difficult to adapt to new …

Conference title, upper and lower case, bolded, 18 point type, centered Page 1 Machine
learning to enhance the calculation of optical forces in the geometrical optics approximation …