The Planetary Science Group at Leicester are hosting a virtual seminar on 27 January 2021 at 14:00. The speaker is Dr Angeline Burrell from the US Naval Research Laboratory and her talk is titled: "Python tutorial for space physics". The seminar will be held on Microsoft Teams (click here to join), and the abstract is below.
Python is a free and open source programming language that is very useful for scientific data analysis. Many members of the space physics community have developed packages and tools to perform specialised functions commonly used within the community. In this presentation, I will provide several examples showing how Python can be used to display data, perform common data analysis operations, and perform space physics specific analysis. I will also go over some basics of responsible programming practices, which are applicable across all languages, and provide resources for learning more about Python, Python in space physics, and good programming practices in general.
MIST Council would like to extend their congratulations to the 2021 Royal Astronomical Society Award winners.
In particular, we congratulate the following members of the MIST and wider space physics community that have been recognised for their outstanding achievements and contributions:
Winton Award: Dr Julia E. Stawarz, Imperial College London
Chapman Medal: Professor Ineke de Moortel, University of St Andrews
Annie Maunder Medal: Professor Robert Walsh, University of Central Lancashire
Fowler Award: Dr Richard Morton, University of Northumbria
James Dungey Lecture: Dr Karen Aplin, University of Bristol
Further details on all the RAS 2021 award winners can be found on the RAS website.
The RAS Specialist Discussion Meeting “Space weather and the solid Earth: the hazard to technology at the Earth’s surface” is to be held remotely on Friday 12 March 2021 from 10.30–15.30. It will be convened by Juliane Hübert, Gemma Richardson, Neil Rogers, and Alan Thomson. Abstracts can be submitted here and should be submitted by the end of Friday 22 January 2021. To register, visit the RAS website for the meeting (free for Fellows and £5 for non-Fellows). The meeting will be held on Zoom.
The technological impacts of space weather at ground level are the result of space physics processes driven by solar activity and by geophysical processes both external and internal to the solid Earth. Space weather causes geomagnetically induced currents that can damage power transformers and safety systems. It enhances voltage differences in metal gas transmission pipelines, which increases corrosion rates in pipe steel. Large surface electric fields during space weather may also trip rail circuits. To tackle questions such as where, how big and for how long do impacts last, requires a multi-disciplinary approach. The NERC ‘Space Weather Impacts on Ground-based Systems’ (SWIGS) project therefore brought together a broad spectrum of scientific expertise to answer such questions. SWIGS reaches its end in 2021 and this discussion meeting is intended for the scientific community to take stock of what we have learned about space weather and its impacts at ground level, in the last few years, as well as to discuss the scientific and operational breakthroughs that are still required. Given recent UKRI support for development of operational space weather services in the UK, the timing of this meeting seems particularly appropriate, as we look to a next generation of space weather models and applications.