Over the past decade, the benefits of photonics over electronics such as ability to achieve
high bandwidth, high interconnectivity and low latency, together with the high maturity of …

Over the past decade, the benefits of photonics over electronics such as ability to achieve
high bandwidth, high interconnectivity, and low latency, together with the high maturity of …

The benefits of photonics over electronics in the application of optical transceivers and both
classical and quantum computing have been demonstrated over the past decades …

Integrated silicon photonics provides a promising platform for chip-based, high-speed
optical signal processing due to its compatibility with complementary metal-oxide …

Optical signal processing is a crucial field for meeting our growing information needs, finding
use for example in fiber optics for long-haul telecommunications. There is currently an aim to …

Silicon photonics have widespread applications in optical communications, photonic
sensors, and quantum information processing systems. Different photonic integrated circuits …

Parallel optical interconnects at the extreme scale hold the key to resolve the grand
challenge of moving enormous amount of data between on-chip cores and within multi-chip …

As raw compute power of a single chip continues to scale into the multi-teraflop regime, the
processor I/O communication fabric must scale proportionally in order to prevent a …

Silicon-based integrated photonics and optoelectronics have attracted recent substantial
research and development interests for integrated optical signal processing on the same …

Photonic crystal (PhC) nanocavities have demonstrated unique capabilities in terms of light
confinement and manipulation. As such, they are becoming attractive for the design of novel …