Found X-rays from Uranus; ERF at UCL; Coordinate multi-award-winning @Orbyts1 scientist-school partnerships to support school science research STEM inclusivity.
Our Orbyts team worked super hard in our free time to write our first Impact report based on the last 6 years of programme evaluation, so we're mega excited to share it with you: orbyts.org/impact
We're delighted to present Orbyts' first Impact Report! Over the past six years we have seen Orbyts' transformational impact on young people, researchers and teachers alike and we’re excited to share that with you.
Find the 2017-2023 Orbyts Impact Report: orbyts.org/impact
Mysteries about Uranus that have baffled scientists for decades may have been the result of unusually powerful solar winds that happened to occur as a spacecraft visited the planet, finds a new study involving Dr @astro__will@uclmaps with @NASAJPLucl.ac.uk/news/2024/nov/anal…
A reanalysis of the 1986 Voyager 2 flyby of Uranus shows that it occurred during an extreme compression of the planet’s magnetosphere by the solar wind. This would have had significant effects on the measurements made during the flyby. @spaceJamieJ et al.: nature.com/articles/s41550-0…
When I flew by Uranus in 1986, my readings of its magnetosphere confounded scientists – but new analysis shows that it was all a cosmic coincidence and that, if I arrived just a few days earlier, I'd have observed a completely different environment: go.nasa.gov/3YIaLKD -V2
ALT A pastel blue sphere with a very smooth surface is shown against the blackness of space. NASA’s Voyager 2 captured this image of Uranus while flying by the ice giant in 1986.
My excellent friend @spaceJamieJ discovered that lots of Uranus's mysterious behaviour that we've talked about for decades, based on Voyager 2s flyby, happened during really extreme solar wind conditions. It's out today here: nature.com/articles/s41550-0… . May be some news coverage.
A group of young astronomers from @Prendergast_PLS , guided by Fellow Amara Mighty, embarked on a journey to explore stellar nurseries and to understand how different galaxies fuel star formation! 🌌 Check out their conference video!: youtu.be/ogS6SbOO86M#OrbytsConference2024
We have 6 amazing Orbyts space research projects ready for schools in the Warwick/Coventry area, and still a couple spaces. If you're a teacher and would like a scientist to support your students with doing some research, please get in touch. More info: orbyts.org/impact
We’re kickstarting our 10th year of Orbyts with hubs in London, Newcastle, Leicester, Warwick, Edinburgh, and Kent! Hooray! 🎉 We’re looking forward to yet another year of amazing science!
Obviously v tough to take - I was really proud of our LEM white paper on solar system X-rays and the @LEMXray proposal felt phenomenally well put together by an amazing team. But @AXISprobe is a really exciting mission and I have fingers firmly crossed for them in the next phase.
NASA announced the results of Step 1 of the Astrophysics Probe competition. Unfortunately @LEMXray was not selected. We want to thank our amazing Team of 300 scientists, engineers, and program managers, administrators, who dedicated 2 years to developing the LEM concept! (1/2)
NASA announced the results of Step 1 of the Astrophysics Probe competition. Unfortunately @LEMXray was not selected. We want to thank our amazing Team of 300 scientists, engineers, and program managers, administrators, who dedicated 2 years to developing the LEM concept! (1/2)
This year we'll have @Orbyts1 hubs in Newcastle,Leicester,Warwick/Coventry,Edinburgh,Kent,London and Brum. Where we'll be pairing scientists with schools to support school research projects. If you're a teacher/researcher and you think this sounds fun, we'd love to hear from you!
If you'd like to find out a bit more you could check out our impact report here: orbyts.org/impact, ping us an email or ping me a DM and I'd be super happy to discuss. For schools: student cohorts taking part need to be at least 50% girls and at least 50% pupil premium/FSM.
For the last few decades scientists have wondered where Jupiter's magnetospheric cusp is. All the other planets with magnetic fields seemed to have them. It's finally been found :
nature.com/articles/s41467-0…
Wrote this very fast and reading back it feels a bit uncomfortable: Ulysses measurements suggested some crossing into open field line regions and there's lots of smashing theoretical work and auroral studies that have hinted at cusp like signatures.