The temporally switchable optical mode conversion is crucial for optical communication and
computing applications. This research demonstrates such optically switchable mode …

Two dimensional (2D) nanomaterials like Molybdenum disulfide (MoS 2) have been drawing
a lot of interest due to their excellent nonlinear optical response. In this research we study …

Optofluidics has inspired many promising optical devices. Among them, waveguide bending
is an important element for guiding light. Here, we demonstrated the thermal-diffusion …

Efficient thermal management has become crucial in micro and nano devices. This research
presents a near-field thermal splitter, a pivotal device for managing thermal energy at …

Thermal lens effect has been well developed and exploited for decades by using the
Gaussian intensity distribution of a laser beam. In this paper, a new thermal lens effect by …

We report a thermoplasmonically actuated optical modulator based on a liquid–liquid
interface decorated with self-assembled Au nanoparticles (Au NPs). The system comprises …

Photothermal conversion of energy in plasmonic nanostructures brought a new fascinating
field of plasmon‐induced optofluidics to life. Notably, the heat generation by plasmonic …

Manipulating thermo-convective fluid flow induced by plasmonic nanostructures under light
illumination has garnered significant attention in various fields, such as biomedical sensing …

A strong photothermal response is beneficial to the measurement of optical and thermal
properties of optical materials using the laser-induced thermal mirror method. A highly …

This paper pays attention to the broader interest of freezing water droplets in mesotronics,
particularly to their use as a new all-optical device platform. Here, we show that a freezing …