Using a nanoantenna chain as an optical resonator, A*STAR researchers have developed a novel compact on-chip laser for future nanophotonic and optoelectronic integrated devices.
A*STAR researchers have built a miniaturized nanoemitter laser that works at room temperature, opening a path to a wide array of future applications.
A nanoparticle chain that resonates with light is opening up new possibilities in nanophotonics and optoelectronics.
A compact LED device with complete light control may someday replace lasers in various applications.
A*STAR scientists are paving the way for miniaturized UV spectral filters made from hybrid silicon and aluminum nanostructures.
Surfaces bearing nanoscale patterns for manipulating UV light could be the next frontier in anti-counterfeiting technology and nanophotonic devices.
A metasurface whose optical properties change in response to electricity provides precise control over the reflection and transmission of radiation
A hybrid nanoantenna designed to manipulate visible
light could one day help transmit information in tiny optical devices
A triple bend structure splits light into its two polarization components with unprecedented purity
A transducer that converts
electrical signals directly into surface plasmons could allow rapid data
transfer and link photonic devices to electronics
A fresh design approach greatly simplifies a key component of photonic circuits by optimizing the coupling of straight and curved light paths