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• Strains Induced by Hydride Formation in Zirconium
• Interfaces Between Graphene‐Related Materials and MAPbI3: Insights from First‐Principles
• Edmund Tarleton
• Tailored homo- and hetero- lanthanide porphyrin dimers: a synthetic strategy for integrating multiple spintronic functionalities into a single molecule
• Low Cost, Robust, Environmentally Friendly Geopolymer–Mesoporous Carbon Composites for Efficient Solar Powered Steam Generation
• Low-Dose Aberration-Free Imaging of Li-Rich Cathode Materials
• Degradation Mechanisms in an All-Solid-State Lithium-Ion Battery
• Device-level photonic memories and logic applications using phase-change materials
• Halide double perovskites for water splitting
• Electrical percolation through a discontinuous Au nanoparticle film
• Kyriakos Porfyrakis
• Improving the specific energy of the Li-ion battery with new cathode material
• Strategy for making bicontinuous conducting composite materials in a controllable fashion
• Crossover from lattice to plasmonic polarons of a spin-polarised electron gas in ferromagnetic EuO
• Magnetic edge states and coherent manipulation of graphene nanoribbons
• The geometric blueprint of perovskites
• Studying crystallization using X-ray radiography and machine learning
• Revealing Strain-Induced Effects in Ultrathin Heterostructures at the Nanoscale
• Operando Monitoring of the Solution-Mediated Discharge and Charge Processes in a Na–O2 Battery Using Liquid-Electrochemical Transmission Electron Microscopy
• Bridging the gap at the percolation threshold
• Strong grain neighbour effects in polycrystals
• Cleanroom
• Prof Nicole Grobert appointed to European Commission’s Group of Chief Scientific Advisors
• Rosalind Franklin Institute invest in unique electron microscope
• Oxford to have key role in multi-million pound energy storage research
• Members of Academia Europaea
• MMM2018 Best Poster Prize
• Professor Peter Bruce FRS appointed Vice President of the Royal Society
• Anglo-Thai Education Award 2018 in Engineering and Technology
• President of International Federation of Societies for Microscopy
• ICSM2018 Best Poster Award
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• TATA Steel Prize awarded to Georgina Mordue
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• Paul Bagot
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• Understanding High Temperature Small Scale Mechanical Performance of Materials for Nuclear Fusion
• Dislocation based modelling of engineering alloys
• Advanced Gettering of Multicrystalline Silicon for Commercial Solar Cells
• Hydrogen Passivation of Defect Engineered Silicon Solar Cells
• Novel Photon Capture Methods for Multicrystalline Silicon
• Flash sintering of ceramics
• Modeling of Micromechanical Testing of Irradiated Nuclear Fusion Materials
• Ultra low resistance joints for high temperature superconducting magnets
• Bulk superconducting MgB2 magnets for biomedical applications
• Next generation of solid-state lithium batteries electrolytes
• Improving melt cleanliness
• Simulating electron microscopy data from first principles
• Batteries for grid-scale energy storage
• Microstructural control of Al alloys using intrinsic oxides
• Recycling of Al alloys
• Anode-less Li-metal batteries
• Simulating electron microscopy data from first principles
• Atomic-Scale Insights to the Role of Carbon in the Performance of Nitride Semiconductor Devices
• Atomic-scale Studies of Stress Corrosion Cracking in Nickel-Based Superalloys for Aerospace Gas Turbine Engines
• Atomic-Scale Trapping of Hydrogen Isotopes in Plasma Facing Fusion Reactor Components
• Correlating the evolution of atomic-scale microstructure with deterioration of mechanical properties in T91 steel samples from the BOR60 reactor.
• Exploring metal plasticity through atomic imaging of core structure
• Exploring the frontiers of electron ptychography
• Atomic-scale characterisation of Li battery materials
• Mechanisms for the control of fatigue resistance of advanced lightweight nano-composites
• Applications of aberration-corrected high resolution electron microscopy
• Charge sensitive imaging
• Dynamic TEM development for improved understanding of reactions and processes on the ns timescale
• Image reconstruction techniques for super-reconstruction electron microscopy
• Investigation of atomic structures of bioactive glasses for biomedical applications
• Nanocrystalline metal and metal oxide catalysts
• Quantitative atomic resolution imaging
• Structural anisotropy properties correlations in materials for electronics and photonics
• Research Highlights
• Studies of rapid phase-change and resistive memory materials for information storage
• Ultimate microscopy without lenses
• Ultra high resolution imaging of soft (biological) materials
• Ultrafast Electron Microscopy
• Understanding Zeolite Catalysts
• Development of novel wet chemical techniques towards dedicated nanoparticles manufacturing
• Graphene ribbons for nanoelectronics
• Hierarchical nanostructures for energy applications
• Up-scaling graphene manufacturing to meet target device specifications
• Making and manipulating metal nanowires inside carbon nanotubes
• 3D printing and additive manufacturing approaches for microwave metamaterials
• Novel manufacturing routes for solid state batteries
• Development of aluminium matrix nanocomposites for high temperature applications
• Development of metal-metal matrix nanocomposites for hight strength applications
• Manufacturing and characterization of new light weight alloys
• Tissue engineering of scaffolds
• Tissue expanders
• A new concept for an ultra-sensitive gas sensor
• Atomic resolution imaging of ultra-thin oxide films
• Atomic structure and secondary electron emission
• Chiral networks and the origin of life
• Epitaxial oxide nanocrystals
• Growth and spectroscopy of metallic nanocrystals and clusters
• Improving the resolving power of the scanning tunnelling microscope (STM)
• Multi-component molecular crystals
• Quantum confinement in oxide nanostructures
• Tailored nanocrystal catalysts
• Two dimensional conducting metal-organic frameworks (MOFs)
• Three projects on the materials chemistry and electrochemistry of batteries: lithium-air, all solid state lithium and sodium-ion batteries
• Thermodynamics at the nanoscale
• Microwave to optical conversion using molecular magnetic emitter
• Bench-top experimental tests of gravitation in quantum systems
• Efficient quantum device tuning using machine learning
• Mimicking electronics with magnetic systems
• Optical Quantum Control of Molecular States
• Synthesis and characterization of novel magnetic materials
• Nanomechanical Systems (NEMS) based on novel materials
• Application of microphase separation for manufacture of flexible devices
• Deposition of organic and inorganic layers on polymer substrates by roll-to-roll coating in vacuum
• High gas barrier layers for encapsulation of flexible electronics
• Phase separation and self-ordering in thin film polymers
• Micro-Mechanical Properties of Dissimilar Metals Diffusion Bonds
• Understanding degradation of nuclear steels using micro-mechanical methods
• Imaging bonding in the electron microscope
• NMR Crystallography: Exploring the use of J-couplings in Molecular Crystals
• Probing the atomic scale structure and dynamics of energy materials
• Projects Available
• Mauro Pasta
• Lifestart Virgin Galactic Unite Challenge winners
• Prelims Practicals Prize 2018
• TATA Steel Prize awarded to Rachel Kealy
• Safety Guidance
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• Henry Royce Institute
• Enhanced Li-O2 Battery Performance
• Oxide Analogs of Halide Perovskites and the New Semiconductor Ba2AgIO6
• Oxtex spinout wins WOBA Innovation Award 2019
• Rising Star in Computational Materials Science
• European Ceramic Society 2019 Stuijts Award
• Laser writing of individual nitrogen-vacancy defects in diamond with near-unity yield
• Understanding the role of selenium in defect passivation for highly efficient selenium-alloyed cadmium telluride solar cells
• All-optical spiking neurosynaptic networks with self-learning capabilities
• 2019 ACS Nano Lectureship Award
• Anisotropic Fracture Dynamics Due to Local Lattice Distortions
• Microstructural Growth of Lithium in All-Solid-State Batteries
• What Triggers Oxygen Loss in Oxygen Redox Cathode Materials?
• The Keith Prout Crystallography Fund
• Safety Policies
• Polarons from First Principles, without Supercells
• Sebastian Bonilla
• Safety Forums
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• Developing electron microscopy methods for mapping the effects of therapeutics on cells
• Mechanical Behaviour of solid state lithium ion batteries
• New EPSRC grants to test materials for next-generation nuclear fission reactors
• Royal Academy of Engineering Fellowship
• Strong Opto-structural coupling in low dimensional GeSe3 films
• Rebecca Nicholls
• Oxford leading project to revolutionise electric vehicle batteries
• Joints between low temperature and high temperature superconducting materials for future magnet systems
• New Zr alloys for fusion applications
• Controlling interfacial properties in solid state batteries using thin film techniques
• Understanding radiation damage mechanisms in high temperature superconductors for fusion applications
• Exploiting the field-effect mechanism in 2D semiconductors
• Developing novel passivating and carrier selective contacts for next-generation photovoltaics
• Operando Tomographic Characterisation of Electrochemical Energy Storage Devices
• Alexander Robertson
• Understanding battery chemistry with in-situ electron microscopy
• Patrick Grant FREng
• Richard Todd
• Natalia Ares
• Probing redox in Li-ion battery cathode materials using TEM
• A unified approach to crack fields and crack propagation
• Royal Society University Research Fellowship
• Atmospheric aerosol measurement using chip-scale optical devices
• Chemical sensing using nanoparticle immunoassays in a microfluidic chip
• Biosensing in water using optical microcavities in the UV.
• Inline physical nanoparticle analysis for the detection of listeria and legionella.
• Trapping and characterisation of small nanoparticles in fluids
• Sensing ions in fluids using nanodiamond trapped in a microcavity
• Tunable exciton-polariton light sources with 2D nanomaterials
• Room temperature single photon sources in diamond
• Logical operations and control systems for scalable diamond quantum computing
• Cavity-coupled qubits in diamond for networked quantum computing
• Engineering spin qubits for diamond quantum computer chips
• Laser writing of point defects for photonic and quantum devices
• Interactions between point defects in diamond
• Fabrication of precision micro-photonic components using focused ion beams
• Influence of the support on stabilizing local defects in strained monolayer oxide films
• Atomic and electronic structure of an epitaxial Nb2O honeycomb monolayer on Au(111)
• Design for recycling: new alloys and processes to enhance sustainable materials use and re- circulation
• Barbara Gabrys
• Critical stripping in solid electrolyte cells
• Christopher Patrick
• Novel brain-inspired and neuromorphic photonic computing
• Additive nanomanufacturing using Printing or Nanoparticle Manipulations
• Robert Weatherup
• Extending Soft X-ray Spectroscopies to Realistic Catalytic Conditions
• Device Materials
• Giant Photo-Induced Chirality in Thin Film Ge2Sb2Te5 (GST)
• John Titchmarsh
• John Sykes
• George Smith FRS
• Sir Peter Hirsch FRS
• Professor Sir Richard Brook OBE ScD FREng
• Sir John Pethica FRS FREng
• Michael Whelan FRS
• Sergei Dudarev
• Ralf Drautz
• Brian Cantor CBE FREng
• Functionalisation of boron nitride from first principles
• Quantum thermodynamics at the nanoscale
• Development, processing and understanding of high entropy alloys
• Enzo Liotti
• Helical Dislocations: Observation of vacancy defect bias of screw dislocations in neutron irradiated Fe-9Cr
• Searching for new magnetostrictive materials with first-principles calculations
• Computational modelling of hard magnetic materials: from electrons to electric cars
• Fluoride-ion batteries
• Interfacial characterization of hybrid solid-liquid electrolytes for Li-metal anode batteries
• Lithium rich anti-perovskite solid-electrolytes for all-solid-state Li-metal batteries