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Researcher Details
 
Name: Professor JR Owers-Bradley
Organisation: University of Nottingham
Department: Sch of Physics & Astronomy
Current EPSRC-Supported Research Topics:
Magnetism/Magnetic Phenomena

Current EPSRC Support
EP/N032446/1 Hyperpolarised Liquids for Magnetic Resonance(P)
Previous EPSRC Support
EP/I028404/1 Magnetic Resonance of Dihydrogen Endofullerenes(C)
EP/P504252/1 DTA - University of Nottingham(C)
EP/P50354X/1 DTA - University of Nottingham(C)
EP/E03442X/1 Nanomechanical resonators at low temperatures: from classical to quantum dissipation(P)
EP/P502632/1 DTA - University of Nottingham(C)
EP/P501733/1 DTA - University of Nottingham(C)
EP/P500389/1 DTA - University of Nottingham(C)
GR/P03049/01 DTA - University of Nottingham(C)
GR/S23582/01 Basic Technology: Hyperpolarised technologies for medical and materials sciences(C)
GR/P01595/01 DTA - University of Nottingham(C)
GR/R85020/01 Spin Dynamics in Solid Xenon and the production of Hyperpolarised Xenon Gas(P)
GR/P00727/01 DTA - University of Nottingham(C)
GR/N28498/01 SPIN DYNAMICS OF HE-3 AND HE-3/HE-4 SOLUTIONS IN BULK AND IN AEROGEL AT HIGH B/T(P)
GR/M71107/01 QUANTUM FLUIDS IN AEROGEL AT HIGH B/T(P)
GR/L06591/01 QUANTUM FLUIDS IN HIGH MAGNETIC FIELDS(P)
GR/K44008/01 THEORY OF SPIN POLARISED QUANTUM SYSTEMS(P)
GR/J07310/01 STUDY OF POLARISED QUANTUM SYSTEMS(P)
GR/H03995/01 ELECTRICAL DISSIPATION IN THIN FILM AND GRANULAR HIGH TEMPERATURE SUPERCONDUCTORS(C)
GR/H04015/01 QUANTUM SPIN TRANSPORT IN POLARISED 3HE-4HE SOLUTIONS(P)
GR/F87790/01 QUANTUM TRANSPORT AND SPECTROSCOPY OF LATERAL PATTERNED AND MULTILAYER SEMICONDUCTOR STRUCTURES(C)
GR/E68150/01 THERMAL CONDUCTION AND NMR EXPERIMENTS IN SPIN POLARISED HE3-HE4 MIXTURES(P)
GR/E59530/01 QUANTUM EFFECTS IN THE ELCTRICAL TRANSPORT PROPERTIES OF SUBMICRON SEMICONDUCTOR STRUCTURES(C)
GR/E17431/01 THE ELECTRICAL AND FAR INFRARED PROPERTIES OF LOW DIMENSIONAL STRUCTURES GROWN BY NUMBERS(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator