Autumn MIST will be held at the Royal Astronomical Society, Burlington House, London, on Friday 29 November 2019. The meeting will commence at 10:30, with registration from 10:00 onwards, and will include a poster session, lightning talks, and oral sessions.
Contributions are welcome from all areas of MIST science. We will not have a theme this year, and we would like to instead celebrate the broad variety of science in the MIST community. Professor Mathew Owens (University of Reading) will be giving an invited talk as follows
“Sun to mud: The challenges of forecasting within the coupled space-weather system."
Forecasting space weather with a lead time of more than an hour requires propagation of information through the whole Sun-Earth system. Changes in the dominant physical processes, as well as the characteristic spatial and temporal scales, means this is best achieved using separate models for each physical domain (e.g., the photosphere, corona, heliosphere, magnetosphere, ionosphere, etc). The fundamental sources of uncertainty and available observational constraints differ greatly across these models, meaning coupling them presents a wealth of scientific and engineering challenges.
Abstracts should be submitted by completing this form by the end of Friday 18 October.
This year we are also accepting lightning talk submissions, which can be submitted in addition to abstracts. Lightning talks are short (up to 2 minutes) with a maximum of 1 presentation slide. This format is ideal for presenting datasets, upcoming missions, analysis techniques, or public engagement projects that would be of interest to the MIST community. We emphasise that lightning talks should not be a poster advert.
Lightning talks should be submitted by completing this form by the end of Friday 18 October.
Due to the venue hire it is necessary to charge a registration fee of £20, or £10 for students. We will provide receipts, to allow you to claim with the rest of your travel expenses, but please make sure you bring the registration fee in cash on the day.
Although the meeting will start at 10:30, we will have access to the building from 10:00. Tea and coffee will be provided during the afternoon poster session.
A RAS Specialist Discussion Meeting on the topic of “Radiation belt modelling in the post Van Allen Probes era” will be held on Friday 10th January 2020 at the Royal Astronomical Society, Burlington House. This meeting will include keynote talks from Lauren Blum (NASA GSFC), Ewan Haggerty (Airbus Space and Defense), and Yuri Shprits (UCLA & GFZ Potsdam). Further details can be found on the RAS website.
Abstracts can be submitted through a Google Form. The deadline for abstract submission is 4 October 2019.
RAS discussion meetings can provide a slightly different forum to that of a standard scientific meeting. It may be beneficial to particularly consider the "discussion" aspect of the meeting when submitting an abstract, i.e. open questions and future challenges, hypotheses, possible collaborations, negative results etc. Therefore, in addition to "standard" abstracts, we particularly welcome talk, poster and lightning talk abstracts that are specifically aimed at generating discussion.
Admission to Specialist Discussion Meetings is free for RAS Fellows, £15 for non-fellows (£5 for students), cash or cheque only, collected at the registration desk. Admission to the subsequent Open (Monthly A&G) Meeting of the Royal Astronomical Society is open to all, at no charge.
A Lorentz Center @ Snellius Workshop will take place in Leiden, Netherlands, between 2–6 September 2019, with the aim of making concrete steps towards improving space weather forecasts by implementing ensemble techniques. Researchers from academia, operations, and industry across all space weather disciplines will learn from experts in terrestrial weather forecasting and discuss next steps. The workshop is convened by Eelco Doornbos, Jordan Guerra, and Sophie Murray.
There are limited workshop spaces still available, therefore the co-convenors invite applications to attend the workshop. Please register your interest before 12th July via the workshop page on the Lorentz Center website, where you will also find more information. Note that there is no registration fee to attend, and some limited travel support may also be available (please indicate if this is needed in your application).
Ensemble techniques, which use a set of predictions to improve on a single-model output, have been very successful in improving operational weather forecasting and are also used in many other fields such as data science and economics. Their use in space weather forecasting could not only improve forecast accuracy but also provide simple model uncertainties that are crucial for improving end-user understanding of the products available. The main goal of this workshop is to make concrete steps towards improving the SW forecasting capabilities by implementing ensemble techniques that have been successful in other forecasting fields, especially terrestrial weather.
The STFC Introductory Solar System Plasmas Summer School will be held during 26–30 August 2019 at Aberystwyth University. Details about the summer school can be found on the school's website.
This school will provide a broad introduction of the latest scientific issues in Solar System plasma research, including the current challenges that drive research in this field. As well as the core subjects presented by leading experts, there are specialist sessions on new missions, new ground-based telescopes, and high-performance computing. Students will arrive on Sunday afternoon for registration. Formal activities will run from Monday to Friday, with an excursion planned for Wednesday afternoon. Looking forward to welcoming you to Aberystwyth ISSP19 in August!
MIST Council would like to draw the community’s attention to the UKRI webpage for the fellowship:
The scope of the fellowships extends beyond Stephen Hawking’s active areas of research such as cosmology, general relativity and quantum gravity and UKRI wish to invite other aspects of theoretical physics such as classical gravity, string theory, statistical physics, nuclear physics, particle physics, particle astrophysics, theoretical astronomy, solar and planetary physics.