There are about 200 senior researchers in Oxford Energy.  These are listed below and can be filtered using the search bar above. You can also find the relevant contact person for a research theme by using the checkbox and selecting update.

Profile picture in black and white of Tamsin Mather

Tamsin Mather

Professor of Earth Sciences

Earth Resources: Geothermal energy, fluid tracing, hydrothermal fluid geochemistry

Profile picture in black and white of Iain McCulloch

Iain McCulloch

Professor of Polymer Materials

Solar: Organic and perovskite solar cell light absorbing molecule design and synthesis, device fabrication and characterization.

Solar Fuels: organic photocatalyst development and nanoparticle fabrication for solar driven hydrogen generation from water. Photoelectrochemical devices.

Profile picture in black and white of Malcolm McCulloch

Malcolm McCulloch

Professor of Energy Systems and Group Leader of the Energy and Power Group

Transport: electric motors, power train, well to wheels analysis
Energy Networks: monitoring stress on the grid
Storage and Vectors: thermal
Emerging Economies: smart user-centric local systems

Contact person Energy Networks
Profile picture in black and white of Paul McGonigal

Paul McGonigal

Professor of Organic Chemistry

Storage and Vectors: Organic materials for energy devices, electrolytes, luminescent materials.

Profile picture in black and white of John McGrady

John McGrady

Head of Inorganic Chemistry and Professor of Computational Inorganic Chemistry

Solar: Oxygen formation, hydrogen evolution

Profile picture in black and white of Alex Money

Alex Money

Principal Investigator, Founder in Residence

Economics, Policy & Politics: business decision-making
Networks: innovative solutions to the challenge of insufficient investment in infrastructure
Solar: models for utility-scale solar powered electricity
Emerging Economies: models for utility-scale solar power deployment
Profile picture in black and white of Charles Monroe

Charles Monroe

Professor of Engineering Science

Storage and Transport

Demand and Efficiency

Energy Networks: storage for potential applications to grids in response to increasing penetration of renewables

Profile picture in black and white of Michael Moody

Michael Moody

Head of Atom Probe Research Group

Nuclear: Atom probe characterization of structural materials for fission and fusion reactors
Solar: Atom probe characterization of photovoltaic devices

Profile picture in black and white of Thomas Morstyn

Thomas Morstyn

Associate Professor in Power Systems

Energy Networks: Power system control and optimisation

Economics, Policy & Politics: Energy market design

Storage and Vectors: Grid energy storage, electric vehicles

Demand and Efficiency: Demand flexibility, smart local energy systems

Profile picture in black and white of Benito Müller

Benito Müller

Managing Director - Oxford Climate Policy

Economics, Policy & Politics: International climate change negotiations, developing countries, equity

 

Profile picture in black and white of Andreas Münch

Andreas Münch

Professor of Complex Materials

Solar: Modelling of production of organic solar cells from polymer solutions
Storage and Vectors: Modelling of fabrication process for nano-structured materials for batteries

Profile picture in black and white of Robin Nicholas

Robin Nicholas

Professor of Physics

Solar: Use of carbon nanohybrids, graphene and carbon nanotubes in organic and thin film PV. Development of ThermoPhotoVoltaics, TPV

Profile picture in black and white of Rebecca Nicholls

Rebecca Nicholls

Associate Professor of Materials Modelling

Storage and Vectors: Battery materials

Transport: Fuel cell catalysts

Profile picture in black and white of Nakita Noel

Nakita Noel

EPSRC Research Fellow

Wind and Marine: Photovoltaics, materials synthesis, emerging semiconductor materials, thin-film crystallisation, Solar

Profile picture in black and white of Peter Norreys

Peter Norreys

Professorial Research Fellow

Nuclear: inertial confinement fusion, ultra-high density fusion fuel assembly, hot spot formation, coherent X-ray source development, particle acceleration using intense lasers, fast electron energy transport and deposition