Study Suggests 'God Of Chaos' Asteroid Apophis Could Hit Earth In 2029 — We’ll Know For Sure In 3 Years

Apophis, the asteroid nicknamed the “God of Chaos,” is getting its close-up moment in 2029, and the internet is already bracing for impact headlines. The wild part is that the odds are tiny, but the story keeps getting messier the closer you look.

In a new study, astronomer Paul Wiegert dug into what happens if Apophis has to dodge the wrong way, showing a collision that could alter its path is about one in a million, and an actual strike is even more unlikely, less than one in a billion. Still, the plot twist is the part we cannot see yet, unknown asteroids that could knock Apophis off its predicted course, especially since smaller objects can hide near the sun.

And that’s why, after the ESA’s Herschel Space Observatory spotted Apophis on January 5 and 6, 2013, everyone is watching the clock toward 2029.

The asteroid Apophis, often called the "God of Chaos," is expected to make a dangerously close approach to Earth in 2029.

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That January 5 to January 6, 2013 Herschel sighting is the kind of breadcrumb that makes the 2029 timeline feel real.

A recent study by astronomer Paul Wiegert from Western University in Canada investigated this scenario. His research revealed that this is highly unlikely but not impossible.

The odds of a collision that could alter Apophis’s path are around one in a million. However, the chance that such an impact could cause Apophis to strike Earth is even slimmer, at less than one in a billion.

As we learn more about asteroids like Apophis, it's crucial to engage the public in discussions about planetary defense. Educating the public can foster greater awareness and support for necessary funding. “Public understanding and advocacy are key for sustaining long-term projects focused on asteroid detection and deflection.”

Promoting outreach programs and community workshops can help demystify space science while encouraging more people to take an interest in safeguarding Earth from potential threats.

The asteroid Apophis, highlighted in yellow, will pass by Earth in 2029 at a distance closer than some satellites, represented in blue, that orbit our planet. The purple line marks the orbit of the International Space Station.

Then Wiegert’s “one in a million” path-change odds land, and suddenly the numbers feel both comforting and terrifying.

This is like the feud over a secret pasta recipe, where a competitive cousin could open a rival restaurant.

Family Feud: Should I Share Our Secret Pasta Recipe with My Competitive Cousin?

In an earlier study, Wiegert and his team had already ruled out the possibility of known asteroids colliding with Apophis. However, the risk posed by unknown asteroids, which are difficult to detect due to their small size or position near the sun, remains. These undiscovered objects could pose a threat by knocking Apophis off its predicted course.

The ESA's Herschel Space Observatory spotted asteroid Apophis as it neared Earth on January 5 and 6, 2013.

The complication is the invisible stuff, unknown asteroids that could nudge Apophis while it’s doing its Earth flyby routine.

Investing in advanced telescopes and radar systems can significantly improve our ability to track these celestial bodies and prepare for any potential threats in the future.

So when the article talks about better telescopes and radar, it’s basically saying, “We’ll know more in three years, not vibes.”</p>

Although the likelihood of a collision is minimal, astronomers will continue to monitor Apophis closely. The asteroid is currently challenging to observe because of its proximity to the sun, but by 2027, it will be visible again, allowing researchers to refine their predictions.

By then, they will have a clearer understanding of whether Apophis’s trajectory has changed and if there is any risk of a collision with Earth.

The looming presence of the asteroid Apophis, often dubbed the "God of Chaos," underscores the urgent need for proactive measures to mitigate potential risks. With predictions suggesting an increased likelihood of impact in 2029, the establishment of a robust global network of telescopes is critical. This infrastructure would not only enhance our ability to detect and track such threats but also facilitate international collaborations that can mobilize resources and expertise effectively.

Moreover, engaging the public in discussions about planetary defense is vital. An informed citizenry can foster support for necessary initiatives, ensuring that funding and attention are directed towards improving our monitoring systems. Investing in education and technology not only enhances current capabilities but also sparks interest in planetary science among future generations, ultimately contributing to a safer future for Earth.

Nobody wants to gamble on a “less than one in a billion” kind of chaos.

Before you head out, read how a hidden adoption truth blew up a family reunion plan. Family Secrets: My Struggle with Adoption Truths.