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Researcher Details
 
Name: Professor M Blamire
Organisation: University of Cambridge
Department: Materials Science & Metallurgy
Current EPSRC-Supported Research Topics:
Condensed Matter Physics Materials Synthesis & Growth

Current EPSRC Support
EP/P026311/1 International network to explore novel superconductivity at advanced oxide superconductor/magnet interfaces and in nanodevices(C)
Previous EPSRC Support
EP/N017242/1 Superconducting Spintronics(P)
EP/L011700/1 Equipment Account: Integrated Thin Film Deposition and Analysis System(C)
EP/I036303/1 Lithium niobate integrated quantum photonics(C)
EP/I038047/1 Superconducting spin currents(P)
EP/G022208/1 Next generation nanostructured superconducting single-photon detectors(C)
EP/G031509/1 Visiting Fellowship - Dr Massimo Ghidini; studies of exchange- and magnetoelectric coupling(P)
EP/F016611/1 Inhomogeneous magnetism and superconductivity(P)
EP/E012477/1 An Advanced SEM-FIB Dual Beam Microscope for Three-Dimensional Mesoscale Fabrication, Imaging and Analysis(C)
EP/E026206/1 Platform Grant Application: Nanoscale Processing and Characterisation of Magnetic Materials(P)
EP/E026532/1 The quantum dynamics of Josephson junctions with controlled current-phase relationships(P)
EP/E011020/1 A physical properties measurement system(P)
EP/D029872/1 Externally-Shunted High-Gap Josephson Junctions: Design, Fabrication and Noise Measurements(C)
EP/D001536/1 Spin@RT: Room Temperature Spintronics(P)
EP/D039894/1 Near Room Temperature Growth of Dilute Magnetic Semiconductor Oxides: Visiting Fellowship for Dr. Ying Lin Liu(C)
EP/D002877/1 An experimental investigation of vortex cutting and cross-joining in superconductors(P)
EP/C517776/1 Novel Materials Nano-Engineering for Enhanced Performance of Superconductor Coated Conductors and Functional Oxides(C)
EP/C52330X/1 Development of neuroelectronic interfaces for repair of damage to the nervous system(C)
EP/C511980/1 Materials Engineering To Optimise The Spin Dependent Transport Between Ferromagnetic Metals and Narrow Gap Semiconductors(C)
EP/C52294X/1 Combinatorial thin film studies and materials discovery: Stage 1(P)
GR/T03796/01 SPATIALLY RESOLVED SPIN-POLARISATION SPECTROSCOPY FOR IMPROVED CHARACTERISATION OF SPINTRONIC MATERIALS(P)
GR/T04786/01 Ferromagnetism in Doped ZnO(C)
GR/T05240/01 Controllable Pi - state Josephson Devices(P)
GR/S57754/01 Electrical control of magnetic devices: A feasibility Study(P)
GR/S03430/01 Enhanced Critical Currents and Pinning in Superconducting MgB2 by Chemical Modification(C)
GR/S71088/01 Ferroelectromagnetism in Thin Film Oxides(C)
GR/S04703/01 Exchange Bias(C)
GR/S12937/01 MgB2 Thin Films and Devices(P)
GR/S02174/01 Molecular magnetoelectronics: spin polarised injection from manganites into carbon nanotubes(C)
GR/R73072/01 PLATFORM: Materials Platform Grant: Functional Materials for Device Applications(P)
GR/R45680/01 Interdisciplinary Research Collaboration in Nanotechnology(C)
GR/R57409/01 Critical Current Anisotropy and Flux Vortex Structure in high Jc YBaCuO Epitaxial thin films and bi-crystals.(P)
GR/R19854/01 Instrumentation For Magnetophysiology: a Novel Technique For the Neurosciences Based On High Tc Squids(C)
GR/R59335/01 The Devlopment of Growth Techniques For High Quality MgB2 Thin Films And Devices.(P)
GR/R52213/01 Controlling the self-organised phases of manganites(C)
GR/R42528/01 Novel Processig of RE-based Superconductors for Improved Grain Boundary Properties(P)
GR/R30518/01 Combinatorial Thin Film Growth For Chemical Synthesis and Optimisation of Device Materials.(P)
GR/R15092/01 Enabling Nanoscience: Chemistry On Nanopatterned Surfaces(C)
GR/N64557/01 NETWORK ON MAGNETOTRANSPORT IN FERROMAGNETIC NANOSTRUCTURES(C)
GR/N66759/01 NETWORK: MAGNETIC OXIDES WITH STRONGLY POLARISED CONDUCTION BANDS(C)
GR/M89669/01 THE DEVELOPMENT OF IMPROVED MOCVD GROWTH TECHNIQUES FOR GALLIUM NITRIDE LAYERS AND DEVICE HETEROSTRUCTURES(C)
GR/M99880/01 NANOSCALE JOSEPHSON JUNCTIONS AND ASYMMETRY MODULATED SQUIDS(P)
GR/N06489/01 THE DEVELOPMENT OF FOCUSED ION BEAM NANOFABRICATION FOR MATERIALS CHARACTERISATION AND DEVICE PROCESSING(P)
GR/M89263/01 THE DEVELOPMENT OF IMPROVED MOCVD GROWTH TECHNIQUES FOR GALLIUM NITRIDE LAYERS AND DEVICE HETEROSTRUCTURES(C)
GR/M84756/01 MASKED IRRADIATION DAMAGE FOR MANUFACTURABLE SUPERCONDUCTING DEVICES AND NANOSCALE ELECTRONICS(P)
GR/M77901/01 UTILISATION OF A RAMAN SPECTROGRAPH FOR MATERIALS SCIENCE RESEARCH(C)
GR/M48147/01 A HIGH SENSITIVITY MAGNETIC MEASUREMENT FACILITY FOR MATERIALS SCIENCE & DEVICE DEVELOPMENT(C)
GR/M09957/01 THE DEVELOPMENT OF NOVEL CURRENT SENSORS BASED ON THE GIANT MAGNETORESISTIVE EFFECT(C)
GR/M14524/01 THE DEVELOPMENT, OPTIMISATION & PRODUCTION OF HIGH TC SUPERCONDUCTING THIN FILMS & HETEROSTRUCTURES(C)
GR/M23953/01 SPIN POLARISED ELECTRON TUNNELLING: BASIC SCIENCE & DEVICE TECHNOLOGY(P)
GR/L95571/01 OPTIMISATION OF COLOSSAL MAGNETORESISTIVE MATERIALS FOR DEVICE APPLICATIONS(C)
GR/L43787/01 DEVELOPMENT OF HIGH TEMPERATURE RELAXATION OSCILLATION SQUIDS(C)
GR/L43770/01 DEVELOPMENT OF HIGH TEMPERATURE RELAXATION OSCILLATION SQUIDS(C)
GR/L65963/01 IRRADIATION DAMAGE TECHNOLOGY FOR MANUFACTURABLE SUPERCONDUCTING DEVICES(P)
GR/L21044/01 THE DEVELOPMENT AND APPLICATION OF FOCUSED ION BEAM FABRICATION AND SCANNING ION MICROSCOPY(P)
GR/K71516/01 MATERIALS SCIENCE AND TECHNOLOGICAL OPTIMISATION OF COLOSSAL MAGNETORESISTIVE OXIDES FOR DEVICE APPLICATIONS(C)
GR/K51624/01 THE DEVELOPMENT AND APPLICATION OF SUPERCONDUCTING NITRIDE MULTILAYER STRUCTURES(P)
GR/K39097/01 TEACHING COMPANY PROGRAMME BETWEEN UNIVERSITY OF CAMBRIDGE AND KORE TECHNOLOGY LIMITED.(P)
GR/J25437/01 SUPERCONDUCTION TUNNEL JUNCTIONS FUNDAMENTAL SCIENCE AND EVALUATION AS HIGH RESOLUTION SPECTROMETERS(P)
GR/J40645/01 SUPERCONDUCTING TUNNEL JUNCTIONS: FUNDAMENTAL SCIENCE AND EVALUATION AS HIGH RESOLUTION SPECTROMETERS.(C)
GR/H95761/01 THE GROWTH AND CHARACTERISATION OF EPITAXIAL NBN/INSULATOR HETEROSTRUCTURES AND DEVICES(P)
GR/H05425/01 NON EQUILIBRIUM EFFECTS IN SUPERCONDUCTING TUNNEL DEVICES(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator