Profile
Biography
BSc, PhD (Birmingham), CPhys, FInstP
Career
2016 - : Professor, School of Physics, Engineering and Technology, University of York
2012 - 2016: Reader, Physics, University of York
2005 - 2012: Senior Lecturer, Physics, University of York
2000 - 2005: Lecturer, Physics, University of York
1999 - 2000: Lloyd's Fellow, Cavendish Laboratory, University of Cambridge
1996 - 1999: Research Associate, Cavendish Laboratory, University of Cambridge
1995 - 1996: Research Fellow, Physics University College London
1994 - 1995: Research Fellow, Physics, University of Durham
Roles in the School of Physics, Engineering and Technology
- Theoretical Physics champion
- Chair of Physics Computing Strategy Committee
University roles
- Chair of UoY HPC Management Committee
- Member of UoY Promotions Committee
- Director of N8 CIR
Research
Overview
Matt leads the Condensed Matter Dynamics group which is part of the Condensed Matter Physics group. His research is focused on the application of computer modelling to understanding the properties of materials.
Projects
CASTEP is a widely used general purpose materials modelling computer program based upon Density Functional Theory. It is developed by a team of UK Academics of which Matt Probert and Phil Hasnip are two of the leading authors.
The research within the group is based around either;
- theoretical / algorithmic developments within CASTEP, such as new approaches to molecular dynamics or structure optimization / prediction, calculating transport properties, new parallelization strategies, etc.
- applications of CASTEP to different systems, such as thermoelectric materials, spintronic materials, 2D materials, phase diagrams of materials, electronic spectroscopy of graphene, etc
Research group(s)
- Dr Phil Hasnip
- Dr Peter Byrne
- Dr Rob Lawrence
- Mr Alban d'Harcourt
- Mr Ben Durham
Grants
Support for the UKCP Consortium (April 2017 - December 2022)
This is one of EPSRC flagship High End Computing consortia, and links together 21 different research groups within the UK that have a common interest in using computer simulation based upon highly accurate quantum mechanics, to study the properties of materials.
Materials and Molecular Modelling (MMM) Exascale Design and Development Working Group (May 2020 - July 2021)
This is part of the Excalibur project, to develop the UK materials modelling community for the coming of exascale computing.
Northern Intensive Computing Environment (February 2020 - January 2024)
This establishes and operates a new Tier-2 supercomputer "Bede", based upon IBM Power9 CPU and Nvidia Volta GPUs, and designed to be used for image analysis and machine learning in particular. The facility is managed by the N8 CIR.
The Materials and Molecular Modelling Hub (January 2020 - December 2023)
This updates the MMM Hub Tier-2 supercomputer facility which was established in 2016, to make it relevant for the ongoing simulation of materials, and supports the UK materials modelling community.
Teaching
Undergraduate
- Year 1 - Modern Fortran
- Year 2 - Computational Physics Laboratory
- Year 4 - High Performance Computing
Postgraduate
First Principles Materials Modelling
Other teaching
- HPC Autumn Academy
- Materials Modelling at the University of Lille, France
