Staff Profile

Introduction

I am currently the Director of Physics. I did my BSc in Theoretical Physics at Essex University where I stayed on for my PhD in Laser plasma interactions via computer simulation. I moved into semiconductor physics in 2000 working with Profs Naci Balkan & Mike Adams and since 2004 I have collaborated with Prof Brian Ridley FRS.

I am a member of the Institute of Physics and I am secretary of the North East Branch.

I was recently elected to the Professional development and accreditation committee of the IOP and I also sit on the Higher Education, Semiconductor & History of Physics groups.

Current Roles

Director of Physics

Member of School Executive Board for Mathematics, Statistics & Physics.

Previous Positions

2017 - 2020 DPD Physics

2016-2017 Reader and Head of Physics & Astrophysics, Hull University

2013-2016 Senior Lecturer, Hull University

2008-2013 Lecturer, Hull University

My broad research area is semiconductors and devices with a particular emphasis on phonons and high field transport. I have an in-house developed bulk Monte-Carlo transport simulation code which includes non-equilibrium phonons. I've been interested in Gallium Nitride since 2005 for high frequency emission e.g. THz. 

Research Grants

I am currently funded by the Office of Naval research sponsored by Dr Paul Maki under grant Nos N00014-15-1-2193 & N00014-18-1-2463 "Theory of transport in Semiconductors"

PDRA & RA

Dr Daniel Naylor

Postgraduate Supervision

Mr Peter Brookes Chambers

Mr Lee Smith - at Hull University

Mr Keaghan Krog

Past group members

Dr Luke Bradley

Dr Tiago Marinheiro

Dr Nick Appleyard

Dr Martin Vaughan

• PHY3024 Atoms, Molecules, Nuclei & Particles
• PHY3039 MPhys Group Project
• PHY3027 BSc Project
• PHY1030 Stage 1 Laboratory

• Dyson A, Ridley BK. Dispersion, mode-mixing and the electron-phonon interaction in nanostructures. Solid State Communications 2018, 271, 81-84.
• Naylor DR, Dyson A, Ridley BK. Dispersion and the electron-phonon interaction in a single heterostructure. Physica E: Low-dimensional Systems and Nanostructures 2017, 86, 218-224.
• Emary C, Dyson A, Ryu S, Sim HS, Kataoka M. Phonon emission and arrival times of electrons from a single electron source. Physical Review B 2016, 93(3), 035436.
• Zhang JZ, Dyson A, Ridley BK. Hot electron energy relaxation in lattice-matched InAlN/AlN/GaN heterostructures: The sum rules for electron-phonon interactions and hot-phonon effect . Journal of Applied Physics 2015, 117(2), 025701.
• Dyson A, Naylor DR, Ridley BK. Hot-Phonon Effects on High-Field Transport in GaN and AlN. IEEE Transactions on Electron Devices 2015, 62(11), 3613-3618.
• Parker N, Dyson A. Newcastle's new generation. Physics World 2018, 31(7), 17-17.
• Ridley BK, Dyson A. A lattice-dynamics model for the mixing of acoustic and optical modes in III-V compounds and its effect on the electron-phonon interaction. Solid State Communications 2020, 321, 114025.
• Bradley LJ, Horsfall AB, Dyson A. Modelling the Key Material Properties of Germanium for Device Simulation in Cryogenic Environments. IEEE Transactions on Electron 2020, 67(10), 4099-4101.