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Publication |
Link | Title | Description |
| WO9836295 | click here | Optical Element | An efficient means of controlling light output from LEDs |
| WO9953578 | click here | Optical Devices | A novel, solid state, surface-emitting, optical device with optical gain medium overlying a high reflectivity distributed Bragg reflector (DBR) mirror. |
| US2002093730 | click here | Optical Mode Expander | A design of Optical Mode Expander which allows channel equalisation of WDM signals to be performed dynamically. |
| US2002093731 | click here | Semiconductor Optical Amplifier | A semiconductor optical amplifier desing which creates a varying bandgap such as for mode expanders. |
| US2002080844 | click here | (Ga,In)(N,As)laser structures using distributed feedback | A lasing structure comprising a distributed feedback grating associated with the active region, the grating defined by a periodic structure of quantum well intermixing. |
| WO2004070844 | click here | MICRO-LEDs | An array of light emitting devices, each device comprising a sloped wall mesa of luminescent semiconductor material. |
| GB0303475.8 | Treatment of harvested food products | A method of treatment for fuit and root vegetables using laser radiation. | |
| GB0525598.9 | An Optical Homogeniser | A device for homogenising the output of light sources. | |
| GB0509711.8 | A Beam Combiner | A device for combining multiple beams in an inexpensive, spatially compact and optically efficient manner. | |
| WO2004086578 | click here | Improvements in and relating to vertical-cavity semiconductor optical devices | A design of optical light source which has improved heat management to maximise useful light output. |
| WO2004086577 | click here | Improvements in and relating to vertical-cavity semiconductor optical devices | An optical device comprises with a resonant periodic gain structure. |
| GB0408928.0 | A Device and Method for Applying Drugs to the Eyeplying Drugs to the Eye | An innovative drug delivery system. | |
| WO2006051272 | click here | Semiconductor Materials and Devicesd Devices | A efficient, highly controlled method of growing semiconductor materials in the Indium, Aluminium, Gallium Nitride (InAIGaN) material system. |
| GB0623936.2 | Polymers with Transmission into Ultraviolet | Robust polymers suitable for encapsulation of optoelectronic devices with transmission through the visible and into the deep ultraviolet. | |
| Filed November 06 | Joint patent with Dundee Dental Schoolntal School | Filed but not yet public | |
| Filed March 07 | Joint patent with an Industrial Partner, materials processingl Partner, materials processing | Filed but not yet public | |
| Filed October 07 | Joint patent with an academic partner in USA, microscopy | Filed but not yet public |
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