| Opportunity |
Number |
Description |
| Monolithic Silicon based all-optical waveform analyser with terahertz bandwidth |
13920 |
The invention enables the spectral power within a narrow band of a broad spectrum of supercontinuum radiation to be significantly enhanced with simple components such as a long period grating in an optical fibre. |
| Spectrum Sliced Photonic Signal Processor |
12731 |
A spectrum sliced photonic processor that has a tunable and reconfigurable finite impulse response filter topology with bipolar taps. |
| Stabilised poled waveguide |
11884 |
Poling creates a useful non-linearity in glasses; however its lifetime or stability is an issue. This invention provides a means of stabilising the induced non-linearity and substantially extending the lifetime. |
| An inexpensive all Optical Signal to Noise Ratio (OSNR) Monitor |
11016 |
The invention allows superior control of networks by providing information about the operational state of key network elements. It relies upon a nonlinear process to produce a signal whose average amplitude is a unique function of the optical signal to noise. |
| A High Repetition Rate, Short Pulse, Self-Starting Laser |
11014 |
This novel design of laser substantially improves on conventional mode-locked lasers. It permits very high repetition rate and reliable self-starting. This is achieved by incorporation of an Semiconductor Optical Amplifier (SOA) in the "Figure of Eight" configuration. |
| Microstructured Polymer Optical Fibres |
3212 |
Microstructured polymer optical fibres use a pattern of holes running the length of the fibre to achieve their optical effects. They use a single polymer material, and modifications of the microstructure can produce a wide variety of optical effects, some of which are difficult, or impossible to achieve using conventional polymer fibres. |
| Tunable Optical Supercontinuum Enhancement |
11055 |
The invention enables the spectral power within a narrow band of a broad spectrum of supercontinuum radiation to be significantly enhanced with simple components such as a long period grating in an optical fibre. |