This year’s STFC summer school is provisionally planned to be held in person at Durham University from 22–27 August. However, if the government’s easing of restrictions between now and then changes so that an in-person meeting is not deemed sensible, then the school will instead be held online. The final decision on this will be made by 30 June.
For more information, visit the website for the summer school.
Registration is now open, and is free for all STFC funded students. Non-STFC students will be subject to a registration fee and should consult the webpage above for more details.
The summer school is intended as an introduction to solar physics and solar-terrestrial interactions, aimed at PhD students starting in Autumn 2021. The five-day course will consist of a number of lectures delivered by experts from across the UK. The lectures will cover a range of topics, from a general introduction to Plasma Physics to more specialised areas such as magnetic topology.
The preliminary programme is currently available. In addition to the core lectures there will be a careers Q&A, a session on surviving a PhD, an interactive introduction to Python/SunPy and a conference dinner on the Thursday evening. Accommodation for students during the week will be in one of Durham's colleges.
The 2nd Annual Meeting of the Ireland and UK Hub of the Europlanet Society will be held on 22 June 2021.
The meeting will be held online due to the ongoing Covid-19 pandemic and restrictions. This second meeting aims to reflect the broad range of research and outreach activities within the Ireland-UK planetary science communities, as well as showcasing the ongoing development of planetary science infrastructures and facilities. The format of the meeting will be a mixture of invited and solicited talks and poster presentations. Presentations are particularly encouraged from early career researchers, and scientists who have disseminated their work via Europlanet networking workshops and/or research infrastructure. Prizes will be awarded for the best student and early career presentations.
Europlanet Society membership is not required for abstract submission or registration. However, only Hub members are eligible for the best student and early career presentation prizes. The input of all community members is valuable at this stage to ensure that the Ireland-UK Hub of the Europlanet Society grows into a valuable forum for all members. If you are interested in joining the Europlanet Society, more details can be found on their website.
Details about the 2nd Annual Hub Meeting, including how to submit an abstract, can be found on the meeting's website.
The ESCAPE Summer School on Data Science for Astronomy, Astroparticle and Particle Physics will be held online from 7 to 18 June 2021. Registration to attend the school is now open, with a deadline of with a registration deadline of 31 May 2021.
This event is free and open to all, and is being carried out in the framework of Project ESCAPE (European Science Cluster of Astronomy & Particle physics ESFRI research infrastructures).
The program of the school is devoted to project development for astrophysics, astroparticle physics & particle physics. It will provide theoretical and hands-on training on Data Science and Python development:
A Slack community for the school will be available for communication between participants and to ask questions to tutors. The school is held as a continuation of the Asterics/Obelics summer schools (2017, 2018, 2019). Questions can be directed to the organisers.
The next SuperDARN workshop will be hosted by the South African National Space Agency virtually. For more details, visit the conference website. The meeting is set for 24–28 May 2021 and will consist mainly of video presentations. All aspects of space science, data analysis, radar operations and technology related directly or indirectly to SuperDARN are welcome.
The key dates are:
The forthcoming National Astronomy Meeting has a variety of sessions that have been proposed by members of the MIST community; the following is a list of the sessions that have been advertised on the MIST mailing list. (If you would like your session to appear below, please email MIST Council to be included.)
Open session on Magnetospheric, Ionospheric and Solar-Terrestrial physics (Oliver Allanson, John Coxon, Gregory Hunt, Mathew Owens, Jasmine Kaur Sandhu, Maria-Theresia Walach)
We welcome contributions from all MIST disciplines discussing the latest results: from global system-scale dynamics and climatological timescales, down to gyroscale processes.
From plasma to galactic dynamics: collisionless physics across the Universe (Oliver Allanson, Thomas Neukirch, Chris Hamilton, Luca Franci, Jean-Baptiste Fouvry)
In this inter-disciplinary session we welcome all observational, theoretical and modelling work that considers the physics of collisionless systems – in either (or both of) the plasma and gravitational contexts. Invited speakers: David Burgess (Queen Mary University of London) & Benoit Famaey (Observatoire astronomique de Strasbourg).
Magnetospheres of the outer planets (Gregory Hunt, Jonathan Nichols, Joe Kinrade)
In this session, we invite presentations on any aspect of modelling or data analysis regarding the magnetospheres of the outer planets.
Observations of CMEs: from onset to impact (Teodora Mihailescu, Shannon Jones, Lucie Green, Mathew Owens)
We invite contributions which explore observations of CMEs: from high-resolution on disk images of CME onset, to heliospheric imagery and in situ measurements in the inner heliosphere, to create a coherent picture of a CME’s journey. We particularly welcome contributions which combine different types of remote sensing observations with plasma parameters measured in situ.
SMILE supporting science: magnetosphere-ionosphere coupling (Michaela Mooney, Maria-Theresia Walach, Jennifer Carter)
This session invites submissions concerning magnetosphere-ionosphere coupling using a combination of space and ground-based observations, or comparisons between space and ground-based observational datasets.
The solar wind from a new perspective with Solar Orbiter and Parker Solar Probe (David Stansby, Lorenzo Matteini, Laura Berčič, Lloyd Woodham, Stephanie Yardley)
This session will focus on first results from Solar Orbiter and Parker Solar Probe, including solar wind sources and connection science, heating and acceleration processes, turbulence and kinetic physics, as well as large-scale morphology. We welcome contributions from in-situ and remote sensing observations, modelling and theory.
Space weather and plasma processes: from the Sun to the Earth Karen Meyer, Sarah N Bentley, Marianna Korsos, Teo Bloch, Shaun Bloomfield, Richard Boynton, Tom Elsden, Richard Harrison, Paolo Pagano, Andy Smith)
We welcome presentations from the scale of individual processes to the coupling between physical systems, in the fields of solar, heliospheric, magnetospheric and ionospheric physics. We encourage contributions on a variety of research methodologies, including the application of techniques drawn from other disciplines, across observations, theory and modelling.
Wave-Particle Interactions in Space and Astrophysical Plasmas (Jasmine Kaur Sandhu, Aurora Simionescu, Daniel Verscharen, Clare Watt, Emma Woodfield)
Wave-particle interactions are an essential process in plasmas across our solar system and in astrophysical bodies that governs plasma heating and the transfer of energy between particles and electromagnetic fields. This session aims to bring together researchers from the solar, terrestrial, planetary, and astrophysics communities to evaluate the breadth of interactions and the variation of their characteristics for different plasma regimes. Invited speakers include Wen Li (Boston University) and Francesco Valentini (Università della Calabria).
Waves and Oscillations in the Solar Atmosphere in the High-Resolution Era (Noemi Zsamberger, David Kuridze, Anne-Marie Broomhall, Robertus Erdelyi) The session will provide a forum for the exchange of ideas and expertise in the field of solar atmospheric waves and oscillations, with a special focus on new theoretical, modelling and observational results obtained thanks to a variety of new instrumentation (such as SDO/AIA, Parker Solar Probe, SST, GREGOR and DKIST) with unprecedented high spatial, temporal and spectral resolution capabilities.