First of all the freaking jokes I have been seeing about this study made me think it wasn't real at first! Turns out everything we thought we had learned from the Voyager 2 flyby might be wrong.
Our current understanding of Uranus may be based on data collected during an unusual period of time when Uranus' magnetosphere was in an "anomalous, compressed state," which only occurs "less than five percent of the time."
Now there has not been a probe that has gone to study Uranus since Voyager 2 almost 40 years ago. While the 2023-2032 Planetary Science Decadal Survey placed the Uranus Orbiter and Probe at the top of its list and targeted a lift-off in 2031 (the next window to launch something towards Uranus that has already slipped until later into the 2030s due to a shortfall in plutonium production. The closest mission that would explore Uranus is China's Tianwen-4 which isn't planned to be launched until 2045!
The data collected by Voyager 2 during its 1986 flyby and found that the probe had examined Uranus shortly after an intense solar wind event, which saw a huge surge of charged particles blast its way from the Sun.The event compressed the planet's magnetosphere, they found, causing it to deform into a significantly asymmetrical shape that appeared to lack plasma."We postulate that such a compression of the magnetosphere could increase energetic electron fluxes within the radiation belts and empty the magnetosphere of its plasma temporarily," the researchers wrote in their paper.
With Space being a huge thing under the first Trump Admin I would expect to see a similar thing with a second time around. This could help benefit getting this mission set up to go even though the actual launch would be after his administration.