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Researcher Details
 
Name: Professor JH Marsh
Organisation: University of Glasgow
Department: School of Engineering
Current EPSRC-Supported Research Topics:
Electronic Devices & Subsys. Magnetism/Magnetic Phenomena
Med.Instrument.Device& Equip. Optical Devices & Subsystems
Optoelect. Devices & Circuits

Current EPSRC Support
EP/S023321/1 EPSRC and SFI Centre for Doctoral Training in Photonic Integration and Advanced Data Storage(C)
Previous EPSRC Support
EP/X025527/1 National Institute for Quantum Integration (NiQi) - Strategic Development(P)
EP/W006448/1 Millimetre-wave and Terahertz On-chip Circuit Test Cluster for 6G Communications and Beyond (TIC6G)(C)
EP/T024968/1 EPSRC Core Capital Award(C)
EP/R042578/1 Optically controlled THz phased array antennas(P)
EP/M013294/1 UK Quantum Technology Hub for Sensors and Metrology(C)
EP/L015323/1 EPSRC Centre for Doctoral Training in Photonic Integration and Advanced Data Storage(C)
EP/E065112/1 High Power, High Frequency Mode-locked Semiconductor Lasers(C)
GR/R96354/01 Novel High-Power Diode Lasers Incorporating Curved-Gratings(C)
GR/N07929/01 GALLIUM NITRIDE VCSELS WITH BURIED DIELECTRIC BRAGG MIRRORS(C)
GR/M88648/01 NOVEL HIGH POWER DIODE LASERS INCORPORATING CURVED GRATINGS(C)
GR/M78090/01 MID-INFRARED SOURCES BASED ON OPTICAL PARAMETRIC PROCESSES IN SEMICONDUCTOR WAVEGUIDES(C)
GR/M98852/01 PHYSICAL-LAYER HIGH SPEED OPTOELECTRONICS FOR TOMORROW'S OPTICAL NETWORKS (PHOTON)(C)
GR/L87156/01 PHOTONIC INTEGRATED GIGABIT SWITCHES (PIGS) FOR 100GB/S PACKETS(P)
GR/M23571/01 PHOTONIC NETWORKS FOR AVIONICS (PHONAV)(P)
GR/L83783/01 INTEGRATED HIGH SPEED/HIGH POWER RECEIVER FOR OPTOELECTRONIC MICROWAVE DISTRIBUTION SYSTEMS(C)
GR/L95212/01 VISIBLE GRATING FEEDBACK LASERS (VIGFEL)(C)
GR/L68285/01 PHOTONIC NETWORKS FOR AVIONICS (PHONAV)(P)
GR/L75467/01 MULTI-GIGA-HERTZ INTEGRATED OPTOELECTRONIC SYSTEMS(P)
GR/L31265/01 SEMICONDUCTOR INTEGRATED OPTICAL SWITCH MATRIX(P)
GR/L35348/01 FAST SCANNING BEAM LIDAR SOURCES 'SCANBEAM'(P)
GR/L31616/01 ELECTRICAL INJECTION PHOTONIC MICROSTRUCTURE DEVICES BASED ON LATERALLY SELECTIVE OXIDISATION OF (ALGA)AS(C)
GR/K86480/01 SEMICONDUCTOR LASER TERAHERTZ FREQUENCY CONVERTERS(P)
GR/K61098/01 COMPACT HIGH POWER VISIBLE LASER DIODE ARRAYS(P)
GR/K45968/01 MULTI-GIGA-HERTZ INTEGRATED OPTOELECTRONIC SYSTEMS(P)
GR/K41915/01 GLASGOW CONTRIBUTION TO THE SCOTTISH COLLABORATIVE INITIATIVE IN OPTICAL SCIENCES - SCIOS(C)
GR/J74855/01 ALL OPTICAL SWITCHING IN SEMICONDUCTOR WAVEGUIDES USING THE CASCADED SECOND ORDER NONLINEARITY(C)
GR/J42090/01 ALL OPTICAL FABRICATION OF SEMICONDUCTOR DEVICES(P)
GR/J12307/01 EQUIPMENT SUPPORT FOR OPTOELECTRONICS RESEARCH PROGRAMMES AT GLASGOW UNIVERSITY(C)
GR/H82471/01 LASERS, DEVICES AND TECHNOLOGIES FOR III-V SEMICONDUCTOR-BASED OPTOELECTRONIC SUBSYSTEMS INTEGRATION(C)
GR/H88008/01 THEORY OF SEMICONDUCTOR LASERS(P)
GR/H44714/01 NANOELECTRIC AND QUANTUM DEVICES AND SYSTEMS (ROLLING GRANT)(C)
GR/G13488/01 IMPURITY INDUCED DISORDERING IN III-V SEMICONDUCTOR MQW WAVEGUIDE STRUCTURES FOR USE AT 1.5 MICRON(P)
GR/F93913/01 PRACTICAL OPTICAL PUMP SOURCES (LINK)(P)
GR/F80890/01 NANOELECTRONIC AND QUANTUM DEVICES (ROLLING GRANT)(C)
GR/E50117/01 THIN-FILM AND GUIDED-WAVE OPTICAL DEVICES AND SYSTEMS(C)
GR/D99607/01 OPTICAL NONLINEAR PROPERTIE OF CAINAS LOW DIMENSIONAL STRUCTURES AT 1.5 MICRONS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator