CMS has an open position for a research software engineer to work on a Particle Physics simulation code. The position is specifically for software development and no Physics knowledge is required, while an interest in coding is clearly a plus.
Dr Anton Ilderton, from the Centre of Mathematical Sciences at the University of Plymouth, has produced a podcast on modelling infectious diseases using ordinary differential equations. He uses the mathematics taught on the first two years of our degrees to discuss this important and topical subject.
Julian Stander was invited to present a talk at the 1st International Virtual Conference on Statistics, University of Al-Qadisiyah, Iraq https://qu.edu.iq/covidconfen/. He spoke on the analysis of paediatric visual acuity using Bayesian copula models. Over 200 people attended his talk.
A common question for students who are applying to study a degree in Mathematics is: what careers can I have when I graduate? Harry Parr has written a profile about the jobs he has worked at , since he graduated from our school. Harry is currently a PhD student at the Institute of Cancer Research.
Although the social distancing rules brought into combat COVID-19
make the business of the University difficult. It is still possible
to continue with some activities — using of course technology.
For example, Dr. Martin Lavelle just gave a school outreach talk on dimensional analysis to a local school’s student physics society via a video conference system. Martin found it odd not to be able see faces (they tell you if people are following and interested) and to get questions via chat. However, it possible to run the session by sharing slides and using a whiteboard with a pen Overall it was fun.
Dr Rago in collaboration with Colleagues from Switzerland and Denmark have been granted awarded access to the German supercomputer SuperMUC-NG, with an award of 60,00 M core hours. The team will investigate a novel approach to the study of scattering amplitudes, a class of quantities of fundamental importance in nuclear, hadron, and elementary particle physics.
The award is from PRACE, which (Partnership for Advanced Computing in Europe) is the PanEuropean organisation created to enable high-impact scientific discovery, engineering research and development across all disciplines.
The use of supercomputers has revolutionized many areas of science, such as particle physics and chemistry. To simulate more complicated realistic systems requires every more powerful computers. The current goal is build exascale computers. This is challenging from both building the hardware and writing software to exploit the faster computers.
Dr Antonio Rago from CMS has been awarded a research grant from EPSRC: Lattice Field Theory at the Exascale Frontier.
This is part of ExCALIBUR (Exascale Computing Algorithms and Infrastructures Benefitting UK Research) Strategic Priorities Fund (SPF) to meet the challenge of enabling exascale computer architectures by delivering research and innovative algorithmic development to harness the potential power offered by exascale HPC. As part of this wider project, the UK Lattice community lead by Del Debbio(Edinburgh) Rago(Plymouth) Juettner(Southampton) and Lucini(Swansea) has successfully placed bid to develop software and know how for the anticipated deployment of exascale systems in the mid-2020s.
The value of the grant awarded to Plymouth is approximately £100,000.