Seismologists tell the difference between a nuclear bomb and an earthquake by looking at the types of waves they produce, their first motions, and the ratio of P-waves to S-waves
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James Kaufman, World News Report today.
Ladies and gentlemen, we've had another big earthquake near Japan.
Of course, well, Japan is a volcanic island,
and they keep building nuclear reactors.
I beg them not to, right?
So many times.
Tokyo's here.
Uh, you're good.
Yokohama.
Some of the towers I had in one of my portions are here.
Fukushima is here, and now we have another 6.0 that just occurred,
58 kilometers south-south-east of Shima, Japan.
Look at the depth, 352.4 kilometers.
All right, over to volcanoesandearthquakes.com, we can see that big
quake, and look at all the volcanoes in yellow that are awakening.
If any of these, notice the Greece area offshore here, Iceland.
If any of these wake up,
we're going to blow through the 91 volcanoes erupting, and these
are big quakes.
If I put all the quakes on, these are 5.0s and stronger.
Look at this.
It's a ---- show.
So we're going to take that off,
and we're going to get some information on just this
6.0.
That's real.
The very smallest quake I cover, but it's very big based on
Where it is, is the North American plate comes through here.
Let's see what the plates come on.
North American plate comes through here.
The Euro-Asia plate is here.
The Indonesia plate is here.
And the Pacific plate is here.
And they all come to a real pressure point here.
There's more pressure on this point than anywhere on the globe, period.
Germany, a 5.9, 346 kilometers.
Indonesia, 5.8.
So the USGS may downgrade this,
but it did come in as a 6.0,
a very strong 6.0 magnitude earthquake
55 minutes ago right there in Japan,
right near where the North American,
Pacific, Indonesian, and Euro-Asia plates
all push together.
And there is a plate tectonic gap
that doesn't meet right there going into
Yokohama, i.e. just south of Tokyo.
All right, here's a shake map from the 6.0 earthquake.
You can see it's offshore there.
The depth is very deep.
A lot of volcanoes are active in the area and awakening in the area.
But this is going to have to do with this volcanic
range you see coming through here,
which is also a plate tectonic boundary.
This is going to actually be the two boundaries to the...
Indonesia Plate Tectonic Boundary.
That's going to be the Eurasia.
That's going to be North America.
That's going to be the Pacific.
These are all large seamounts,
which only mean underwater volcanoes, and they're very large.
All right, we've got a 6.0, 352 kilometers.
It's going to be a USGS 38 reports,
116 seismic stations felt this.
Again, very deep,
which means we're going to see more quakes in the area, and 0.9 atomic
bombs, almost one atomic bomb worth of energy,
was released by this earthquake.
Nothing to mess around with.
Over two data being reported by different reporting agencies.
We've got the USGS coming in at 6.0, 352 kilometers of depth.
We have Germany coming in at a 5.9, Indonesia a 5.8,
Raspberry Shake a 5.7, maybe it's not
as big as I figured.
These are all about 340 kilometers
of depth to 350 kilometers of depth.
We have, well, let me restate that,
National Research Institute for Earth Sciences came
in at a 6.6.
The devil's number, which is, well,
for each 0.1, it's 10 times stronger.
So this one is 60 times stronger,
60 times stronger than what the USGS is reporting,
which I'm guessing it is.
Most of the information is being hidden from me
and you right now for obvious reasons.
Then we have the Europeans right here coming in at 6.0,
352 kilometers of depth.
They don't even work.
Put down whatever the USGS puts down,
the Italians at a 5.9,
and the Australians, who I trust the most for some reason,
maybe it's just me,
about 347 kilometers of depth and a 6.0.
That 6.6 by National Institute
on Seismology is impressive.
That would be 60 times stronger than a 6.0.
So I want y'all to know that this seismogram scares
me more than anything I've ever seen in my life.
This looks like a bomb that was dropped.
Not an atomic bomb, but a conventional bomb near Japan.
It could have been North Korea.
Why I say that is, these are the configurations you need to listen to.
The first line is the biggest line,
and it doesn't go to the top, but look at the bottom.
The first line is the biggest line in the event it's man-made,
i.e. an explosion.
If there are larger lines behind the first line,
it's going to be a real volcano.
And this scares me, especially because of how short-term it is.
This looks like a bomb has hit.
And I will show you how that works, but this looks like a bomb has hit.
Just offshore from Japan,
and someone might have been trying to cause a tsunami.
Look at the National Data Buoy Center right now
to see if there are any buoys in event mode.
This is a scary seismogram, period.
All right, here we are looking at all the buoys.
We don't have enough buoys in the southern hemisphere.
I don't know why.
I'm not seeing any buoys in event mode here,
anywhere around the globe, so that's a good thing.
Now, I would think that we would see a buoy in event mode.
And I would be looking for buoy 21418.
This looks like it could have been a man-made bomb.
And then you'd have to blame North Korea there.
And it probably exploded offshore, as you can see on the shake map,
with a conventional warhead, not a nuclear warhead.
You can see this might have
been a warning shot right to Yokohama and Tokyo.
And I will show y'all.
How I know this, or why I think this, at least.
All right, ladies and gentlemen, what you're looking
at here is a nuclear bomb versus an actual earthquake.
And we can tell by the primary wave versus the secondary wave.
You can see the primary wave in a nuclear bomb starts out huge,
and obviously there's much larger S-waves or secondary waves.
Here in a, well, real earthquake,
I'm going to pull this up so y'all can see it here.
I had to enlarge it quite a bit, so, well,
it's not very easy to see, but you can see
during a normal earthquake,
your secondary waves are going to be bigger than your primary
waves, and here we're seeing exactly what we need
to with the primary waves to make
us think this is a man-made event.
I can't say who did it, but somebody tried to create
a tsunami right there off the coast of Japan.
And my best guess would be North Korea, period.
Primary waves, shorter than secondary waves, always natural.
Primary waves, larger than secondary waves, always man-made.
That said, you'll learn more than you have in your whole lives.
It's war.
God bless you guys.
Please share and subscribe, and always remember, anything's possible.
Bizarro World.