Astronomy
This is the phenomenon for which we have been waiting 80 years and will surely never see again, something once in a lifetime according to NASA
The NASA has released an important notice, a phenomenon arrives that will leave you with your mouth open, it is once in a lifetime and you will be able to see it for the next few days. The time will have come to start preparing, especially if you missed the northern lights or the eclipses, now is the time to see how the sky gives us another moment that must be seen. Nature itself is what has many secrets waiting for us.
The universe is an infinite place that allows us to start thinking about everything that is coming. An important change in cycle that we can begin to visualize and that is actually only a small part of what we will see coming soon. It follows the guidelines of a change that can really end up giving us clues about what awaits us. Stars like the Sun have a life cycle that we can see over time. Now the time has come to visualize the transformation of this element from far away, this astronomical event is so big that we will be able to see it from Earth.
This is the phenomenon that comes and generates this NASA warning
This summer we are seeing a series of anomalies important figures that leave us with figures that are difficult to believe. The northern lights have been seen closer than we would imagine, even in our own country, in such a way that they have given us some truly unique moments that we must remember.
It has also been an incredible eclipse season, with numbers that have become a record. This sky in which things never stop happening will have a new opportunity this summer to see one of those astronomical events that make our hair stand on end and immerse us in this universe full of magic.
From Earth an event will be visible that has already become one of those on our agenda these days. It is not easy to see certain events, but it is always advisable to keep an eye on them. With NASA’s instructions we can wait and understand this phenomenon that will immerse us in a kind of interstellar dream. We will be able to see what happens 3,000 light years from our planet, something truly surprising and unique.
NASA explains how to see this phenomenon
From the NASA blog we can know at all times what awaits us and how to be especially attentive to an event that is truly one of the most notable in recent times. We have had to wait 80 years to see it and it will take many more to see something similar.
As NASA explains to us from its blog: «This summer, around the world, professional and amateur astronomers will focus on a small constellation deep in the night sky. But they are not the seven stars of the Corona Boreal, the “Northern Crown”, those that have aroused so much fascination. It is a dark spot between them where an imminent nova event is about to occur, so bright that it will be visible from Earth with the naked eye. “It is a once-in-a-lifetime event that will give rise to many new astronomers, offering young people a cosmic event that they will be able to observe for themselves, ask their own questions and collect their own data,” said Dr. Rebekah Hounsell, associate research scientist specializing in nova events at NASA’s Goddard Space Flight Center in Greenbelt, Maryland. “This will feed the next generation of scientists.”
The explanation of what it is will leave us truly aware of a universe in which many more things happen than we imagine: » T Coronae Borealis, nicknamed the “Blaze Star” and known to astronomers simply as “T CrB”, is a binary system located in the Northern Crown, about 3,000 light years from Earth. The system is composed of a white dwarf (an Earth-sized remnant of a dead star with a mass comparable to that of our Sun) and an ancient red giant that is slowly being stripped of hydrogen by the relentless gravitational pull of its hungry star. neighbor. Hydrogen from the red giant accumulates on the surface of the white dwarf, causing a buildup of pressure and heat. Eventually, it triggers a thermonuclear explosion large enough to blow up that accumulated material. For T CrB, that event seems to repeat itself, on average, every 80 years.
