Can North Korea's Nuclear Tests Cause Earthquakes in Mexico?

  • Thread starter Tio Barnabe
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In summary, the conversation discusses the possibility of an earthquake in Mexico being caused by North Korea's nuclear test, the impact of solar flares on tectonic plates, and the concept of tectonic plates being "damaged." The experts in the conversation dismiss the idea that a small event in North Korea could trigger an earthquake in Mexico and explain that the textbooks on physics do not cover the physics of the interior of the planet. They also mention that the two solar flares from last week may have had a larger impact on the Earth's magnetic and electrical system than one nuclear device being detonated. The conversation then shifts to the topic of tectonic plates and the experts clarify that the plates undergo various processes such as deformation, erosion
  • #1
Tio Barnabe
Is it possible that the Earth Quake in Mexico is the result of North Korea's last nuclear test? What can physics say about it?

Unfortunately, textbooks on physics usually don't cover the physics of the interior of our planet. Thus, the above question.
 
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  • #2
Almost certainly not. The interlinked nature of fault systems mean that an earthquake along one fault can so rearrange stresses that other earthquakes are triggered nearby. After-shocks are one example of this. However, such relationships are local. There is no practical way in which a comparatively small event in Korea could trigger a quake an ocean away.
 
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  • #3
Ok. Thank you.
 
  • #4
Ophiolite said:
There is no practical way in which a comparatively small event in Korea could trigger a quake an ocean away.

And two weeks later.
 
  • #5
Type II errors Vanadium?
 
  • #6
Tio Barnabe said:
Unfortunately, textbooks on physics usually don't cover the physics of the interior of our planet. Thus, the above question.

cuz you are probably looking at the wrong physics textbooks

try solid Earth geophysics
 
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  • #7
Fiery said:
The two solar flair's, last week, that injected energy into the Earth's magnetic and electrical system probably has a larger impact than one nuclear device being detonated.
I hope you don't mean impact to tectonics here, because this would be nonsense.
 
  • #8
Fiery said:
There is a person on Youtube who says the plates wiggle and move with earthquakes and when one side moves up down or laterally the plate portions on the opposite side of the plate can trigger another quake.

if you mean opposite side as in the other side of the fault line of a plate boundary then yes ... opposite side of the plate, as in 1/2
a world away, then NO, that is incorrect

Fiery said:
Because our Earth sciences are more focused on that after effect of any event, we can't theorize or hypothesize what might be causing any said quake,

this is also incorrect !
Fiery said:
The two solar flair's, last week, that injected energy into the Earth's magnetic and electrical system probably has a larger impact than one nuclear device being detonated.

Solar flares yes they did, but are still unlikely to have caused any tectonic changes

you really need to start reading up on some decent geology/tectonics text and get up to date with your ideas :smile:

Dave
 
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  • #10
fresh_42 said:
I hope you don't mean impact to tectonics here, because this would be nonsense.

If a tectonic plate was damaged, it would be a global environmental catastrophe! Because there would be even more earthquakes and volcanic eruptions everywhere. Huge mountain chains or canyons would form on the borders of tectonic plates or just constant, regular, devastating quakes.
I hope @Fiery did not mean that!
 
  • #11
Ivan Samsonov said:
If a tectonic plate was damaged, it would be a global environmental catastrophe! Because there would be even more earthquakes and volcanic eruptions everywhere. Huge mountain chains or canyons would form on the borders of tectonic plates or just constant, regular, devastating quakes.
I hope @Fiery did not mean that!
It does not make much sense to apply the word "damaged" to tectonic plates. Tectonic plates undego deformation, erosion, growth, fragmentation, combination and destruction (if they are oceanic plates), but none of these processes constitute damage.

I presume by damage you mean some major "change" to the plate structure. Such hypothetical "damage" would very likely produce increased seismic and volcanic activity, but there is no reason to suppose this would result in a global increase in such events. The suggestion of huge mountain chains forming etc. is unwarranted speculation.
 
  • #12
Ophiolite said:
I presume by damage you mean some major "change" to the plate structure.

Yes.
 
  • #13
Ophiolite said:
I presume by damage you mean some major "change" to the plate structure

Ivan Samsonov said:
Yes.
so what sort of major change did you have in mind ?
 
  • #14
davenn said:
so what sort of major change did you have in mind ?

I meant like cracks, sudden movements and such.
 
  • #15
Ivan Samsonov said:
I meant like cracks, sudden movements and such.

ummm pretty vague ...
the plates are doing that all the time with every earthquake. The really big quakes M8.0 and bigger can easily cause motion along
a fault line of up to 20 metres. sometimes that motion is on a known fault. Sometimes it rips through rock that hasn't faulted before.

will dig up some photos for you
 

1. What causes earthquakes?

Earthquakes are caused by the movement of tectonic plates, which make up the Earth's crust. When these plates shift or collide, it can create seismic waves that cause the ground to shake.

2. Where do earthquakes occur?

Earthquakes can occur anywhere on the Earth's surface, but they are most commonly found along the edges of tectonic plates. This includes places like the Pacific Ring of Fire, which is known for its high frequency of earthquakes and volcanic activity.

3. How are earthquakes measured?

Earthquakes are measured using a seismograph, which records the shaking of the ground. The strength of an earthquake is measured on a scale called the Richter scale, which ranges from 0 to 10.

4. Can earthquakes be predicted?

Currently, scientists are not able to predict exactly when and where an earthquake will occur. However, they can use data and historical patterns to make predictions about areas that are more likely to experience earthquakes in the future.

5. What are the potential dangers of earthquakes?

Earthquakes can cause a range of dangers, including building collapses, landslides, and tsunamis. They can also disrupt essential services and infrastructure, such as electricity and water supplies, and can result in injuries, deaths, and displacement of people.

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