We propose and experimentally demonstrate a narrowband notch microwave photonic filter
(MPF) with an ultra-high all-optical tuning efficiency based on an optimized high-quality (Q) …

We propose and demonstrate a six-hole tapered silicon photonic crystal nanobeam cavity
with a theoretical high quality (Q) factor and an ultrasmall mode volume based on machine …

We propose and experimentally demonstrate a notch microwave photonic filter (MPF) with
optimized performance (including the sub-gigahertz narrowband, ultra-high rejection ratio …

An approach to optimize the sensitivity and the limit of detection of on-chip refractive index
sensor is proposed and demonstrated based on sub-wavelength grating racetrack microring …

The integrated photonic technologies benefit from an improved frequency measurement
range with compact size relative to the radio frequency counterparts. Nevertheless, the …

We propose and experimentally demonstrate sub-gigahertz microwave photonic filters
(MPFs) with widely tunable bandwidths and ultra-high rejection ratios based on a silicon add …

An on-chip two-step microwave frequency measurement method with high accuracy and an
ultra-wide frequency measurement range is reported. A silicon photonic integrated micro …

We propose and experimentally demonstrate a photonic measurement approach of
microwave frequency with adjustable measurement ranges and low errors based on a …

In this paper, we propose a microwave frequency measurement system that simultaneously
achieves a large measurement range, high resolution, and linear frequency map** in a …

We propose and experimentally demonstrate a continuously tunable all-optical microwave
filter based on a photonic crystal (PC) L3 cavity. Due to the small cavity mode volume and …