Could a Mini Black Hole Swallow the Earth?

Prof HAKIZIMANA Maurice

Black holes are cosmic objects that remain largely mysterious. They are often compared to vacuum cleaners. Their astrophysical importance—particularly in the discovery of gravitational waves and other phenomena—is considerable.

Researchers claim that black holes could form at the core of planets (and destroy them). One study suggests that a gaseous planet could accumulate enough dark matter in its core to generate a black hole. This theoretical scenario challenges our understanding of the formation and evolution of distant worlds.

Black Holes: Between Mystery and Scientific Reality

Black holes are among the most fascinating and least understood cosmic objects in the Universe. Often compared to giant vacuum cleaners, they play a major role in astrophysics, particularly in the study of gravitational waves.

They truly exist in the Universe, such as Sagittarius A*, located at the center of the Milky Way. Others have been detected indirectly through gravitational waves observed by LIGO.

There are several types of black holes:

• Supermassive black holes (like the one at the center of our galaxy)
• Micro black holes (purely theoretical)
• Stellar black holes

Black Holes at the Heart of Planets?

A recent study suggests that a gaseous planet could accumulate enough dark matter in its core to generate a black hole.

A purely theoretical scenario… yet one that challenges our understanding of the formation and evolution of distant worlds.

Some researchers even suggest that black holes could form at the core of planets — and potentially destroy them.

Can We Create a Black Hole in a Laboratory?

In theory, certain physics models suggest that mini black holes could appear during extremely high-energy collisions, such as those studied at CERN.

But in reality:

• No black hole has ever been detected in a laboratory.
• Calculations indicate they would be extremely unstable.
• Hawking radiation would cause them to disappear instantly.

In other words: they would evaporate as soon as they were created.

There are different types of black holes: from (theoretical) micro black holes to supermassive black holes (photo credit NASA’s Goddard Space Flight Center).

Catastrophe Scenario: What If It Didn’t Evaporate?

Let’s imagine…

An ultra-secure laboratory.
Overexcited physicists.
A revolutionary experiment.

They have just created… a mini black hole.
The size of a coin.

And suddenly — it escapes control.
It falls to the ground.
It begins to absorb matter…

Would it swallow the Earth?

What Would Really Happen?

Contrary to Hollywood movies:

• A small black hole does not suck things in like a giant vacuum cleaner.
• Its event horizon would be tiny.
• Its gravity would be intense… but extremely localized.

It would probably pass through the Earth before stabilizing at the center, drawn there by gravity.

Its absorption would be gradual and extremely slow.

A black hole is a black sphere. It is surrounded by a disk of matter that is gradually being drawn towards it and by Hawking radiation (photo credit NASA/JPL-Caltech).

How Long Would It Take to Swallow the Earth?

Theoretical estimates speak of millions to billions of years.

In other words: far longer than the Sun’s probable remaining lifetime.

The end would not be spectacular:

• Increasing instability of the Earth’s core
• Rising volcanic activity
• Global earthquakes
• Progressive collapse of the planet

The Earth would gradually become a hollow shell…
Then collapse into itself.
Silently.
Without a Hollywood-style explosion.
Sans explosion hollywoodienne.

Should We Be Worried?

Scientists estimate that the risk is practically zero.

Why?

Cosmic rays naturally strike the Earth with energies far greater than those produced by particle accelerators like CERN.

If dangerous mini black holes could form, it would already have happened naturally.

Current physics indicates that they evaporate instantly.

So… no need to panic

Conclusion

Could a black hole swallow the Earth?

In practice: no.

The closest known black hole is located more than 1,600 light-years away — far too distant to pose any threat.

As Ecclesiastes 1:4 says:

 “A generation is going, and a generation is coming,But the earth remains forever.” dit Ecclesiastes 1:4

Science reassures us.
And the Universe, despite its mysteries, does not threaten our planet in the near future.

This World

Prof HAKIZIMANA Maurice II Follow my WhatsApp channel  https://whatsapp.com/channel/0029VaCyM5ILdQejDYwQ2b2u II Follow my facebook page: https://www.facebook.com/professormaurice/. 

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