This near-Earth planet has undergone a radical change which has become an exceptional novelty that we must begin to know, scientists confirm their serious error. Space exploration has become a novelty that has mostly distanced us from what would be usual. Without a doubt, we are facing a cycle change that could end up being one that adapts to our needs. We will clearly be banking on this type of detail which will perhaps end up making the difference.
Scientists confirm the error, they thought this planet close to Earth had a certain shape. But in reality, nothing could be further from the truth. As we discover a series of elements that will make the difference in the days ahead of us and which could be essential. Now will be the time to start creating a series of elements that will make a significant difference. There comes a time when we need to be very aware of everything that is happening these days and that we have in front of us and this can be essential.
Scientists confirm the error
Scientists do not hesitate to confirm a significant error which has become the element that we must take into account. Without a doubt, we are facing a series of changes that can be clear and that, in a way, will be a reality in these days that do not wait.
The future of being human involves leaving a safe zone that we must begin to take into account and that, in some way, will end up being the one that makes a noticeable difference. We must therefore begin to prepare ourselves to give our all with the help of a series of elements that will affect us fully.
Soon this planet will become the main goal for which we must begin to prepare. A space exploration that will perhaps end up being the one that makes us react these days that perhaps we should start to take into account in the days that await us.
Science has provided data that we may not have thought about until now. Each novelty is highlighted so it will surely be necessary to start preparing to be able to clearly focus on a series of elements which will be fundamental.
Radical shift with what is happening on this planet close to Earth
Uranus was studied by the Voyager 2 probe 38 years ago. What they thought was real data has become something that is no longer what one would expect. Without a doubt, we are faced with a series of elements that have become a harsh reality.
In a recent study, what was discovered is something very different. According to this article published in the journal Nature: “Flyby of Uranus by Voyager 2 in 1986 it revealed an unusually oblique and off-center magnetic field. This unique in situ measurement served as the basis for our interpretation of the magnetosphere of Uranus as the canonical extreme magnetosphere of the Solar System; with electron radiation belts of inexplicable intensity and a magnetosphere severely depleted of plasma. However, the role of external solar wind forcing has rarely been taken into account to explain these observations. Here we review the Voyager 2 data set to show that Voyager 2 observed Uranus’ magnetosphere in an anomalous, compressed state that we estimate was present less than 5% of the time. If the spacecraft had arrived a few days earlier, the dynamic pressure of the upstream solar wind would have been about 20 times lower, resulting in a radically different magnetospheric configuration. We postulate that such compression of the magnetosphere could increase energetic electron fluxes within the radiation belts and temporarily empty the magnetosphere of its plasma. “Therefore, the interpretation of Uranus’ magnetosphere as extreme could simply be the product of a flyby occurring under extreme upstream solar wind conditions.”
Continuing with the same explanation: “All previous magnetospheric analyzes of the Voyager 2 flyby of Uranus that used upstream solar wind conditions focused on data acquired a few hours before the first bow shock crossing. Therefore, the constructed image of the planet’s magnetosphere is representative of solar wind conditions that only existed during the flyby. This includes a solar wind number density (n) of 0.05 cm−3 and a speed (ν) of 470 km s−1; with a resulting dynamic pressure Pdyn = mnν2, of 0.018 nPa (ref. 1) (assuming2 that the mass of the solar wind m is 97% protons and 3% He++). The vast majority of subsequent analyzes and theoretical modeling of Urania’s magnetosphere has focused on these bottom-up conditions, including planning for a future flagship mission3,4,5,6,7.”
