The Sun sends a serious warningNASA can’t believe what’s happening, the most important warning of all is coming. The reality is that we are faced with a series of elements that we may not have taken into account until now. We depend more than we imagine on space and, above all, on the Sun, responsible for life on Earth as we know it. Without it, the conditions necessary for the life of animals and plants would be impossible.
This perfect balance that surrounds us can end up being what makes us react over time. In some ways, we are conditioned by a future that will forever change the way we see what is to come. It’s time to pay attention to a series of details that will make the difference. Hand in hand with certain elements which can end up being what will mark, a before and an after. An important warning is coming that could determine what happens to the Sun.
What’s going on with the Sun
We are experiencing unprecedented solar activitythis means that we see the northern lights reaching areas very far from what would be usual. But be careful, because what awaits us could end up being something different, with some notable new features.
It is important to bet on what can actually happen in the future. NASA experts know very well what awaits us in a series of changes that could be essential at this moment. Without a doubt, we have some changes that may well be what ends up happening.
The future of Earth actually depends entirely on what ultimately happens to the Sun, so it is essential to know at all times what will ultimately happen to this royal star. Our solar system depends on a center that can end up being destroyed in seconds.
The Sun will grow bigger before disappearing, taking with it all the planets that would have been there, so the time will have come to start thinking about a series of fundamental details. NASA has revealed the end of this Sun could be worse than expected.
NASA Can’t Believe What’s Happening to the Sun
Experts from NASA and the European Agency have developed a study which could well be the one which will mark a before and after. Therefore, the time will come when it ends up being the one that makes the difference in every way.
“From this work, it is clear that our Sun will reach a temperature maximum at 8 billion yearsthen it will cool and increase in size, becoming a red giant star approximately 10 to 11 billion years old. The Sun will reach the end of its life after this phase, when it finally becomes a dark white dwarf. Finding stars similar to the Sun is essential to understanding how we fit into the larger Universe. “If we don’t understand our own Sun, and there are many things we don’t know about it, how can we hope to understand all the other stars that make up our wonderful galaxy,” Orlagh says. It’s ironic that the Sun is our closest and most studied star, but its proximity requires us to study it with completely different telescopes and instruments than we use to observe the rest of the stars. This is because the Sun is much brighter than other stars. By identifying stars similar to the Sun, but this time with similar ages, we can fill this observation gap. To identify these “solar analogues” in Gaia’s data, Orlagh and his colleagues searched for stars whose temperatures, surface gravity, compositions, masses and radii were similar to those of today’s Sun. They found 5,863 stars matching their criteria. Now that Gaia has listed the targets, others can begin to seriously investigate them. Some of the questions they want to answer include: Do all solar analogues have planetary systems similar to ours? Do all solar analogues rotate at a speed similar to that of the Sun? With the release of Data 3, Gaia’s highly precise instrumentation has made it possible to determine the stellar parameters of more stars with greater precision than ever before. And this precision will extend to many other studies. For example, knowing more precisely about stars can be useful when studying galaxies, whose light is the amalgamation of billions of individual stars.
