Planetary defense underway.

in Popular STEMyesterday

Planetary defense underway.



Souce


Europe and Japan have joined forces in a planetary defense plan against asteroids and comets and its objective is Apophis. They have signed a memorandum of cooperation for the Ramses mission, an acronym that refers to several Egyptian pharaohs with the name Ramses, but specifically this mission is going to study Apophis, which is an asteroid 375 m in diameter, according to the latest estimate, because the previous one was around 400 to 450.


The latest estimate, at least from the European Space Agency, is 375 m in diameter, which is already quite a lot, it could perfectly devastate a city if it impacted the Earth, luckily, for now it is going to impact, that does not mean that things will change. The agreements were signed on May 7 by the director general of the European Space Agency and by the president of HAXA, which is the Japanese Space Agency.


They did it at the Italian embassy in Berlin, Germany, I don't know why they chose the Italian embassy in Germany, I know why they chose Italy, because Italy is going to provide a lot of material for this Ramses mission, the thing is that they have signed this agreement and it is very good because we need information about Apophis.


Apophis will pass on April 13, 2029 practically touching the Earth at about 32,000 km away, that is less than a tenth of the distance that separates the Earth from the Moon and means that it will pass closer to the Earth's surface than many satellites are, since Apophis will enter the geostationary orbit which is 35,786 km high, where many satellites are located.




They are the satellites that are in a fixed position, since Apophis is going to pass even closer to the Earth than these satellites, it is not a destroyer of worlds, but if it falls on a city it would destroy it.


This mission will be launched in 2028, it will encounter the asteroid Apophis, it will do so before the flyby to Earth on April 13, 2029, there is no risk of impact, in this case, according to the European Space Agency it will be something extraordinary, something that happens approximately once every 5,000 years although well, this is not a calendar, maybe it will turn out that within 20 years we will have another asteroid that passes just as close, but on average to 5,000 years for an object of this size, because smaller asteroids have passed closer and some have impacted, for example, the case of Tonguska,


This asteroid will pass so close and is large enough to be visible to the naked eye. It is estimated that at least 2,000 million people will have the opportunity to see it with the naked eye and it will be a unique moment to talk about the topic of asteroids and the risk they pose.


The asteroid itself, for the Earth, is not a danger, but for the asteroid it is, the passage so close to the Earth is suspected to alter the asteroid's orbit, it is not very clear, because there is debate about whether it will alter it for the better or for the worse, for the better it would be if the Earth with the gravitational push launched the asteroid and sent it further away and it would no longer be a danger anymore, but the normal thing in these cases is that the trajectory of the asteroid is shortened, which in the next steps are more dangerous for the Earth, so there is the doubt.


Another thing that will happen is that the passage so close to the Earth will cause earthquakes on the surface, but from the asteroid, because the forces that unite the materials of this small asteroid are not gravitational, it does not have enough gravity to unite its rocks, its dust, whatever it carries with enough force, they are other types of forces that will be affected by the gravitational pull of the Earth.


And that is one of the things that scientists want to study, the earthquakes that the asteroid will suffer and how it will change both its trajectory and its appearance. All of this is going to be investigated because of course, it may happen that we are unlucky enough that this change in trajectory puts Apophis on a collision course with the Earth in the future.


So we will be attentive to see what happens.





The images without reference were created with AI
Thank you for visiting my blog. If you like posts about #science, #planet, #politics, #rights #crypto, #traveling and discovering secrets and beauties of the #universe, feel free to Follow me as these are the topics I write about the most. Have a wonderful day and stay on this great platform :) :)


! The truth will set us free and science is the one that is closest to the truth!



Sort:  

Congratulations!

Your post has been selected and upvoted by the SteemPro Team 🚀

Explore more on SteemPro:
🌐 https://www.steempro.com
🎮 Play SteemHeights: https://www.steempro.com/games/steem-heights
💬 Join our Discord: https://discord.gg/Bsf98vMg6U

💪 Supporting the growth of the Steem ecosystem together.

🟩 Vote for witness faisalamin:
https://steemitwallet.com/~witnesses
https://www.steempro.com/witnesses#faisalamin

steempro-cover-black.png
This is an automated message.

Honestly, this is the kind of science news that actually gets me excited. No fake tech hype—just humanity looking at a 375-meter space rock and saying, "Let’s go check it out."

The whole thing is crazy. We usually think of space defense as blowing things up, but watching Earth’s gravity trigger "space earthquakes" and literally reshape the asteroid is going to be wild. It’s a rare chance to see how nature works on a massive scale right in our backyard.

The best part about this mission is that they aren't sugar-coating anything. Admitting that Earth’s gravity could either fling this thing safely away or mess up its path and screw us over in the future is the kind of honesty I respect. We don't know what will happen next, which is exactly why spending the cash to send a spacecraft out there to watch it live is a smart move. Just sitting around and hoping for the best is a terrible plan.

Passing closer than our own TV and weather satellites is a massive wake-up call. It's going to be something else watching 2 billion people look up at the night sky in 2029. Hopefully, they’ll realize we live in a cosmic shooting gallery and that teams like Europe and Japan working together isn't just nice—it's necessary if we don't want to go out like the dinosaurs. Cool post on a genuinely interesting topic.