People

Ian Horrocks

Professor of Computer Science

Earth Resources: Ontology-based data access for exploration and exploitation
Demand & Efficiency: Ontology-based domestic energy management advice

Robert House

Associate Professor of Materials

Energy Storage: Next generation cathode materials for Li-ion batteries. Materials for Li-free battery systems Na-, K-, Mg-, Ca-ion batteries.

Storage and transport: Batteries for electric vehicles and grid-scale stationary energy storage.

Peter Howell

Professor of Applied Mathematics

Storage and Vectors: Ion channel modelling Solar: Silicon photovoltaic modelling”

David Howey

Professor of Engineering Science

Storage and Vectors: Battery modelling and diagnostics
Transport: electric motors, condition monitoring, thermal management
Emerging Economies: Off-grid systems

Sam Howison

Professor of Applied Mathematics

Economics: Models of trading in energy and carbon markets, exhaustible resource modellling
Demand & Efficiency: Pricing of storage, swing options

Robert Hoye

Associate Professor of Inorganic Chemistry

Solar: inorganic thin films, materials discovery, spectroscopy, synthesis and manufacturing, device development

Wei Huang

Professor of Biological Engineering

Bioenergy: Synthetic biology, biofuels, CO2, SimCells
Demand and Efficiency: Biofuels
Solar: Synthetic biology
Storage and Vectors: Biofuels

John Huber

Associate Professor of Engineering Science

Peter Ireland

Director, Oxford Thermofluids Institute

Transport: Gas turbine technology including heat transfer, internal cooling cooling, film cooling, turbine tip clearance control, instrumentation, heat exchangers, and engine fire attack
Nuclear: Tokamak cooling

Saiful Islam

Professor of Materials Modelling

Storage and Vectors: New cathode materials for lithium-ion batteries, solid electrolytes for lithium and sodium solid-state batteries

Solar: Perovskite materials for solar cells

Transport: Batteries for electric vehicles

Christian N Jardine

Honorary Research Associate

Economics, Policy & Politics: broad energy policy, promoting microgeneration, feed-in tariffs
Energy Networks: integration of microgeneration, demand side management, time of day tariffs and pricing
Emerging Economies: microgenertion, off-grid, micro-grids
Demand & Efficiency: domestic and commercial
Solar: technologies, economics, markets, policy mechanisms, technology learning, spinout: Joju Solar

Nick Jelley

Emeritus Professor

Solar: Solar concentrator for cooking; power generation
Emerging Economies: Solar concentrator for cooking; power generation
Storage and Vectors: Thermal

Hugh Jenkyns

Professor of Stratigraphy; Senior Research Fellow; Emeritus Professor

Earth Resources: The depositional context of carbon-rich sediments.

Michael Johnston

Professor of Physics

Solar: photo physics, next generation materials

Angus Johnston

Professor of Law

Economics, Policy & Politics: Legal requirements, law and policy on electricity markets
Earth Resources: Law and decision-making
Nuclear: Subsidies and legal rules
Storage and Vectors: Legal rules and regulators
Demand and Efficiency: Legal regimes, rules and incentives
Solar: Rules and policies

Colin Johnston

Director of Commercial and Industrial Services

Transport: advanced power trains, power electronics, batteries, high temperature electronics, electronic packaging
Storage and Vectors: electrochemical, scalable processing, capacitors, supercaps
Energy Networks: power electronics

Mike Kendall

Professor of Geophysics

Nuclear: Storage of radioactive waste. Seismic methods for characterising and monitoring sites. Geophysical methods for ground surveys before and during power plant construction.

Radhika Khosla

Associate Professor; Research Director of Oxford India Centre for Sustainable Development

Energy: Cooling

Dr Radhika Khosla is the Research Director of the Oxford India Centre for Sustainable Development and Research Fellow at Somerville College.

Oxford Martin School’s interdisciplinary and multi-country programme on the Future of Cooling