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Researcher Details
 
Name: Professor RJ Nicholas
Organisation: University of Oxford
Department: Oxford Physics
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/F039751/1 Experimental studies of Graphene-Carbon Nanotube heterojunctions(P)
EP/D033845/1 The development of advanced low cost InP based PhotoVoltaic Devices(P)
GR/S83029/01 Basic Technology: Magnetic Levitation Technology for Mineral Separation, Nanomaterials, and Biosystems for Space Exploration(P)
GR/R45659/01 BIO-NANOTECHNOLOGY IRC(R)
GR/N33867/01 HIGH EFFICIENCY THERMO-PHOTOVOLTAIC CELLS USING NOVEL GRADED III-V STRUCTURES(P)
GR/M52120/01 MINIATURIZATION OF HIGH FIELD PULSED MAGNETS AND CRYOMAGNETIC SYSTEMS FOR CONDENSED MATTER RESEARCH(C)
GR/M77376/01 FUNDAMENTAL SCIENCE AND APPLICATIONS OF ANTIMONIDE BASED HETEROJUNCTIONS AND QUANTUM DOT SYSTEMS(P)
GR/M21478/01 FUNDAMENTAL SCIENCE AND APPLICATIONS OF ANTIMONIDE BASED HETEROJUNCTIONS AND QUANTUM DOT SYSTEMS(P)
GR/M22734/01 UK CONDENSED MATTER PHYSICS EXPERIMENTS WITH THE FOM FREE ELECTRON LASER (FELIX)(C)
GR/M00169/01 STUDIES OF SKYRMIONS AND COMPOSITE FERMIONS WITH VANISHING G-FACTOR(P)
GR/L70011/01 INSB QUANTUM DOTS FOR MID-INFRARED APPLICATIONS(C)
GR/L14473/01 THERMOVOLTAIC DEVICES IN METAMORPHIC INGAAS/GAAS(P)
GR/K76962/01 FUNDAMENTAL SCIENCE AND APPLICATIONS OF ANTIMONIDE BASED HETEROJUNCTIONS(P)
GR/K73589/01 UK SEMICONDUCTOR PHYSICS EXPERIMENTS WITH THE FOM FREE ELECTRON LASER (FELIX)(C)
GR/K15589/01 DEVELOPMENT OF OXFORD PULSED FIELD FACILITY AND ASSOCIATED TECHNOLOGY(C)
GR/K41991/01 INFA-RED LIGHT SOURCES AND PHOTODIODES FOR WAVELENGTHS > 2UM.(C)
GR/J37355/01 MMOVPE GROWTH OF ANTIMONIDES: CHARECTER OF HETEROJUCTIONS SUPERLATTICE & PIEZOELECTRICALLY STRAINED SYSTEMS(P)
GR/J24430/01 UK SEMICONDUCTOR PHYSICS EXPERIMENTS WITH THE FOM FREE ELECTRON LASER (FELIX).(C)
GR/J56547/01 FAR-INFRARED & MICROWAVE MAGNETO-OPTICAL PROBES OF ELECTRON-ELECTRON INTERACTIONS IN LOW DIMENSIONAL SYSTEMS(C)
GR/H69106/01 MAGNETIC-OPTICAL STUDIES OF SEMI-MAGNETIC QUANTUM WELLS AND SUPERLATTICES(P)
GR/H12027/01 ESTAB'MENT OF A HIGH PULSED MAGNETIC FIELD FACILITY AND ITS USE IN SOLID STATE PHYSICS RESEARCH(C)
GR/H10801/01 MOVPE GROWTH OF ANTIMONY BASED HETEROJUNCTIONS SUPERLATTICES AND PIEZOELECTRICALLY STRAINED SYSTEMS(P)
GR/G47407/01 FAR INFARED MAGNETO-OPTICAL STUDIES OF CORRELATED ELECTRONS IN SYSTEMS OF REDUCED DIMENSIONALITY(C)
GR/F70792/01 MOVPE OF III-V COMPOUNDS FOR INTEGRATION - STRAINED LAYER STRUCTURES(P)
GR/F13775/01 MOCVD GROWTH OF NARROW AND WIDE GAP SEMICONDUCTORS HETEROJENCTIONS SUPERLATTICES AND STRAINED SYSTEMS(P)
GR/E97778/01 ESTABLISHMENT OF A HIGH PULSED MAGNETIC FIELD FACILITY AND ITS USE IN SOLID STATE PHYSICS RESEARCH(C)
GR/E95774/01 INTER AND INTRABAND OPTICAL STUDIES OF NOVEL III-V HETEROSTRUCTURES(P)
GR/E27034/01 HIGH MAGNETIC FIELD STUDIES OF NEW SOLIDS USING A HYBRID MAGNET(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator