Dr Luke Barnard

Dr Luke Barnard

@lukebarnard.bsky.social

Space Weather Forecasting Researcher UKRI Future Leaders Fellow University of Reading UK

249 followers122 following10 posts

Dr Luke Barnard
@lukebarnard.bsky.social

Looking for a PhD position in solar system science? Consider coming to work with me, @interplanetary.bsky.social and @mathewjowens.bsky.social! We have a project on Solar Wind - Magnetosphere Coupling at the Giant Planets. www.findaphd.com/phds/project... #heliophysics#aurora#spaceweather

findaphd.comSolar Wind – Magnetosphere Coupling At The Giant Planets at University of Reading on FindAPhD.comPhD Project - Solar Wind – Magnetosphere Coupling At The Giant Planets at University of Reading, listed on FindAPhD.com
Dr Luke Barnard
@lukebarnard.bsky.social

Looking for a research post in #SpaceWeather #DataAssimilation? We have an open opportunity with only 4 more days until the application submission deadline!

Dr Luke Barnard@lukebarnard.bsky.social

Looking for a research post in space weather and data asssimilation? Consider working with us! As part of my UKRI Future Leaders Fellowship project, Data Assimilation Revolution in Space Weather, I'm excited to be able to offer a 2.5 year PDRA post. Details here: jobs.reading.ac.uk/Job/JobDetai...

jobs.reading.ac.ukPost Doctoral Research Assistant in Space Weather Data Assimilation:Whiteknights Reading UK

Dr Luke Barnard reposted

Mathew Owens
@mathewjowens.bsky.social

If you're interesting in applying for research fellowships with the University of Reading to research weather, climate or space physics, come along to our fellows day -- 7 May -- to find out how it works and how we can support you. You can join online, or we can cover UK travel and provide lunch.

research.reading.ac.ukUniversity of ReadingThe University of Reading is a global university that enjoys a world-class reputation for teaching, research and enterprise.
Dr Luke Barnard
@lukebarnard.bsky.social

You'll be: - developing DA schemes to integrate heliospheric imager data into heliospheric numerical models. - using DA constrained simulations to study the heliospheric evolution of Coronal Mass Ejections (CMEs). - applying this knowledge to improve CME forecasting at Earth and elsewhere.

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