Linear isolators using wavelength conversion

Wavelength Conversion in Silicon

This paper reviews recent results on wavelength conversion in Silicon. The conversion in the 1300 to 1550 range is achieved through parametric Raman coupling between the pump, Stokes and anti-Stokes waves. High signal-to-noise ratio is measured despite a limited conversion efficiency. Achieving high conversion efficiency requires phase matching in the waveguides as well as means to reduce waveg...

Dynamic Analysis of Linear Structural Systems with Nonlinear Vibrating Isolators Using Mode Superposition Method

Dynamic Analysis of Linear Structural Systems with Nonlinear Vibrating Isolators Using Mode Superposition Method

Wavelength conversion in silicon using Raman induced four-wave mixing

Silicon integrated optics has emerged as an attractive technology for realizing passive devices because of the efficient silicon-on-insulator sSOId guiding structures and foundry compatible processing technology. However, silicon is generally perceived to be devoid of active optical properties that are needed to realize more sophisticated optical functions such as, amplification and wavelength ...

Up-conversion single-photon detector using multi-wavelength sampling techniques.

The maximum achievable data-rate of a quantum communication system can be critically limited by the efficiency and temporal resolution of the system's single-photon detectors. Frequency up-conversion technology can be used to increase detection efficiency for IR photons. In this paper we describe a scheme to improve the temporal resolution of an up-conversion single-photon detector using multi-...