
PDRA in geodynamo modelling @LivUniGeomag. Interested in the dynamics of Earth's core and all things rotating convection. @CDTFluidsLeeds alumni.
England.
Joined May 2017
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🌍 @seis_matters' Christmas Lecture starts now on @BBC Four – tune in for 'Engine Earth'!
#XmasLectures
Rob retweeted
Delighted to pass my viva today! Huge thanks goes to my supervisors, examiners, @CDTFluidsLeeds and @EPSRC for the funding.
Congratulations to @CDTFluidsLeeds student @ColinMHardy on passing your viva today! What a great early Christmas present, onwards and upwards Dr Hardy! #cdtalumni #fluiddynamics #fluids
Congratulations to @CDTFluidsLeeds student @ColinMHardy on passing your viva today! What a great early Christmas present, onwards and upwards Dr Hardy! #cdtalumni #fluiddynamics #fluids
Check out this great new paper from @andybiggin and team in the @LivUniGeomag @LivUni on the dominance of the geomagnetic axial dipole on our magnetosphere.
#geology #magnets #geophysics #earthscience @NatureComms
nature.com/articles/s41467-0…
Rob retweeted
Our new paper in @NatureComms on the geomagnetic field nearly always pointing nearly north (or south) nature.com/articles/s41467-0…
***new paper alert***
The second paper from my #PhD has just been published by @PhysRevFluids. What a great way to end the week! 🎉🎊
Thermal boundary layers (TBL) control many aspects of convecting systems and we try to accurately measure the size of these TBL.
link.aps.org/doi/10.1103/Phy…
Co-authored with the legendary team of @ChthonicJon @ChrisDaviesGeo @StevenTobias7. Thanks to @CDTFluidsLeeds and @FluidsLeeds.
Rob retweeted
You heard of Quasi-Geostrophy, but have you heard of Plesio-Geostrophy? 🤪 This new paper describes a new mathematical model that we will use to explore interannual dynamics of the Earth's outer core. Tests being currently run!
eprints.whiterose.ac.uk/1663…
What an exciting week! I have joined @LivUniGeomag as a postdoc to work on geodynamo modelling with @andybiggin and co. What ingredients do simulations need in order to resemble Earth's magnetic field of the past millions of years (and even longer)? Let's find out...
After giving it time to settle in, I am happy to say that I passed my PhD viva this morning!!
Big thank you to @CDTFluidsLeeds for giving me the opportunity to do my PhD with some great supervisors @ChthonicJon @ChrisDaviesGeo @StevenTobias7.
I couldn't have asked for better!
It has been a lot of fun the past 3 years working on rotating convection by mixing numerical simulations and laboratory experiments!
Thanks to Jon Aurnou & Jewel Abbate (UCLA) for hosting me during my visit and @EPSRC for funding.
Rob retweeted
Excited and delightful to start as a postdoc research associate at the @OxUniMaths in @UniofOxford joining the @WCMBlog and OCIAM group. I'll be working on mathematical modelling of cell therapies for liver disease funded by @The_MRC. More to come soon...
Rob retweeted
Congratulations to Tom Sykes @FluidsTom on passing his PhD viva this morning! Excellent work - well done Tom! @CDTFluidsLeeds @OxfordFluids @FluidsLeeds
Another @CDTFluidsLeeds Dr! Congratulations @FluidsTom hope you are having a well deserved celebration this afternoon!
Congratulations to Tom Sykes @FluidsTom on passing his PhD viva this morning! Excellent work - well done Tom! @CDTFluidsLeeds @OxfordFluids @FluidsLeeds
Rob retweeted
Check out our new paper on Parareal and Rayleigh-Benard convection: doi.org/10.1007/s00791-020-0…, with
@StevenTobias7, @D_Ruprecht, @ChrisDaviesGeo and Jeff Oishi.
Delighted to see this paper come out from the mightily talented @shandypandy2. How does the parareal parallel-in-time algorithm fare when applied to Rayleigh-Benard convection? Our attempt at answering this question is here: link.springer.com/article/10…
Rob retweeted
4 year postdoc position at Cardiff University on Mantle Circulation Modelling.
Deadline for application: 28 August
Start date: 1 October 2020
krb-sjobs.brassring.com/TGne…
Rob retweeted
Very happy to see this paper come out in @NatureComms. We asked the question: how fast can Earth's magnetic field change direction? The answer is "pretty fast" - perhaps up to 10 degrees per year if you're near the equator. A rather longer answer is here: rdcu.be/b5rQr
Is it just me or does 1m38s look familiar @FluidsTom?
youtu.be/rGCv_tSdnhI?t
I just came across a new paper discussing convection experiments performed on the international space station... as if rotating convection wasn't already cool enough
journals.aps.org/prfluids/ab…
















