
Justin Wark
Professor of Physics
Nuclear: Inertial Confinement Fusion
Oxford Centre for High Energy Density Science (OxCHEDS)
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Nuclear: Inertial Confinement Fusion
Oxford Centre for High Energy Density Science (OxCHEDS)
Solar: novel transparent electrodes from graphene, boron nitride and metal sulphides, atomic level material characterisation
Demand and Efficiency: nano-materials for light emitting displays, materials and processes for improved device performance
Storage and Vectors: electrode materials for batteries and fuel-cells
Solar: Colloial quantum dot, chalcogenides, metal oxides, organic, solution processing, vaccum deposition, transparent conductors, thin film deposition, nanoparticle synthesis
Storage and Vectors: electrochemical energy storage; heterogeneous catalysis; materials synthesis
Nuclear: Materials for fusion and fission power, microstructural characterisation, mechanical properties
Transport: Aerospace materials characterisation and mechanical properties
Solar: CIGS microstructural characterisation
Wind and Marine: Tidal energy devices, farm planning and yield analysis, basin modelling
Earth Resources: Offshore engineering and deep water risers
Policy & Politics: Naturetrade for ecosystem services transactions in Europe
Earth Resources: Local Ecological Footprinting Tool LEFT for minimising biodiversity impacts of extractive industries
Emerging Economies: Biofuels and poverty alleviation
Bioenergy: Biofuels and poverty alleviation
Solar: Silicon PV – improving efficiency and reducing cost.
Demand and Efficiency: energy services, innovative business models, energy demand transformation, human wellbeing
Economics, Policy and Politics: global mitigation scenarios, integrated assessment modelling, policy effectiveness, social tipping points
Energy Networks: smart technologies, local energy systems, integrating renewables, small-scale technologies
Bioenergy: biorefineries and biomass supply chains; utilisation of microalgae
Demand and Efficiency: Renewable energy driven chemical processes, green hydrogen based steel production