One of the most important multipartite entangled states, Greenberger-Horne-Zeilinger state
(GHZ), serves as a fundamental resource for quantum foundation test, quantum …

We propose an on-chip reconfigurable micro-ring to engineer the spectral-purity of photons.
The micro-ring resonator is designed to be coupled by one or two asymmetric Mach …

Simulators for photonic quantum information processing (PQIP) experiments are essentially
different with currently available quantum-circuit simulators. In PQIP experiments, photons …

A maximal photon number entangled state, namely NOON state, can be adopted for sensing
with a quantum enhanced precision. In this work, we designed silicon quantum photonic …

Being a key component on a photonic chip, the microring usually specializes in a certain
nonlinear optical process and can not simultaneously meet different working conditions for …

We experimentally engineer a high-spectral-purity single-photon source using a single-
interferometer-coupled silicon microring. By the reconfiguration of the interferometer …

We designed a reconfigurable dual-interferometer coupled silicon nitride microring
resonator. By tuning the integrated heater on interferometer's arms, the" critical coupling" …

To study the effect factors of inter-channel crosstalk caused by FWM in optical fiber
communication and improve communication system performance, we build a simulation …

Frequency conversion is pivotal in nonlinear optics and quantum optics for manipulating and
translating light signals across different wavelength regimes. Achieving frequency …