Grant
No.
|
Title
|
| GR/N07868 (pdf) |
Gallium Nitride VCSELS with buried dielectric Bragg mirrors |
| GR/N64250 (pdf) |
Network for advanced materials through chemical vapour deposition |
| GR/S59994/01 (pdf) |
1.3μm GaInNAs Vertical-Cavity Semiconductor Optical Amplifiers (VCSOAs) and applications |
| GR/M98890/01 |
Physical layer High-speed Optoelectronics for Tomorrow’s Optical Networks: PHOTON |
| GR/R58581 |
Contribution towards training and research support role of QEP-15 |
| GR/R40012 (pdf) |
GaInNAs Semiconductor Amplifiers for Future Optical Networks (“GAINS”) |
| GR/S10636 (pdf) |
Semiconductor-based hybrid structures for ultraviolet micro-devices |
| GR/S68811 (pdf) |
Microchip and visible external cavity surface-emitting semiconductor lasers |
| GR/L32101 |
Electrical
injection photonics microstructure devices based on laterallry-selective
oxidation of (AlGa)As
|
| GR/L71629
|
Macroscopic Two Photon
Imaging using All Solid State Lasers
|
| GR/L80881 |
InGaAsN Quantum well
structures for telecomms wavelength vertical cavity surface-emitting
lasers.
|
|
GR/N66773 (pdf) |
Applications of optical
reflectometry in MOVPE of group III nitride semiconductors |
| GR/M76010
(pdf) |
Scanning probe microscopy for applied
problems in chemistry and materials science". Joint project with
Strathclyde Department of Pure and Applied Chemistry. |
GR/S80660/01
(pdf)
|
Photonics on the 06:30 shuttle |
EP/F020155/1
(pdf) |
Adaptive Optics for CARS Microscopy Travel Grant to Harvard
|