Professor of Advanced Electronic Materials
University of Manchester

University of Leeds

Professor of Materials
Imperial College London

UKRI Future Leader Fellow
Senior Lecturer in Functional Materials and Devices
University of Manchester

Senior Lecturer in Microelectron & Nanos
University of Manchester

Professor of Electronic and Photonic Engineering

University of Leeds

University Research Fellow
University of Leeds

Associate Professor
University of Leeds

My research is focused on the interaction of quantum materials, such as Topological Insulators, with light in the terahertz region of the electromagnetic spectrum.

Professor of Physical Metallurgy
Imperial College London

We are developing and making liquid alloys for ion sources.

Professor of Materials Characterisation
University of Manchester

Atomic scale characterisation of materials for quantum technologies

Professor of Physics
University of Leeds

I work on pure spin currents, a way of transferring information without generating the heat that normally accompanies an electrical current.

Royal Academy of Engineering Fellow
University of Leeds

Supporting media and communication as well as the production of Topological Materials.

Principal Research Scientist
Imperial College London

Lecturer
University of Leeds

To implement additional quantum phases of matter, e.g. magnetism and superconductivity, on top of the exotic (topological) quantum states of matter by local chemical doping.
ORCID

Dame Kathleen Ollerenshaw Fellow
University of Manchester

Engineering organics to create advanced photonic technologies

Royal Society University Research Fellow
Imperial College London

Atomic scale characterisation

Senior Lecturer in Materials Characterisation
University of Manchester

Professor
University of Leeds

Assistant Professor (Dame Kathleen Ollerenshaw Fellow),
University of Manchester

Using engineered materials to explore macroscopic quantum science
Group Website

Senior Lecturer
Imperial College London

Functional Materials for Microwave, Millimetre-wave and Terahertz Technologies

University of Manchester

I work on ion implantation for quantum and photonic applications

Imperial College London

I carry out optical and microwave characterisation of spin defects, such as the nitrogen-vacancy centre in diamond, for the development of new quantum
technologies including room-temperature masers.

Imperial College London

Researching nano-scale materials for energy harvesting.

University of Manchester

Understanding material structure/behaviour using advanced transmission electron microscope

University of Manchester

Imperial College London

A material scientist who researches diamond, and diamond-like, material which are suitable candidates to enable the next generation of technologies.

University of Manchester

Minimizing the gap between photonics and electronics for future devices

University of Manchester

Magneto-optical spectroscopy of materials for photonic and quantum devices

University of Manchester

I focus on characterisation of III-V materials via CUSTOM facility.
Group Website

Imperial College London

Imperial College London

Electron Paramagnetic Resonance, Radiowave-engineering and Maser

University of Leeds

I am an expert in microfabrication, and particularly in the design, fabrication and measurement of terahertz quantum cascade lasers

University of Leeds

I optimise topological insulator materials growth and processing to deliver systems that will enable advanced topological insulator device fabrication.

University of Leeds

University of Leeds

I am working on the fabrication and measurement of implanted lateral spin valve devices to achieve large spin currents.

University of Manchester

2D materials and focussed ion beam (FIB) expert
ORCID

University of Manchester

Quantum device fabrication and characterisation

Programme Grant Manager
University of Manchester

Managing the progress, communications, events, and partnerships of the Programme

Imperial College London

University of Leeds