Are you sure that you aren't the one who was hoaxed? It sure sounds like it.
Nuclear explosions can be differentiated from other seismic events by the spectra of the events and many other ways.
Just prove that a 'nuclear explosion' can take place in a laboratory with me and you as witnesses and we can discuss. Just a small one - POUFF!
Are you a total idiot!
Even the few accidental over-critical accidents were bad enough. The small nuclear detonation would be
close to Hiroshima sized disaster the "Mk-54 (Davy Crockett): 10 or 20 ton yield, Davy Crockett Gun warhead"
Nuclear explosions in remote deserts or on isolated islands controlled by military forces do not count.
events.
Of course they are "in remote deserts or on isolated islands controlled by military forces", where else would they be - In the physic's lab at UCB?
They are all photo shop! To fool people.
And where is your evidence for that.
Ask the people that lived in Nevada within sight of nuclear blasts there.
Ask the Australia soldiers who were near the nuclear tests at Montebello Island - those that haven't died of some type of cancer.
And seismic events? Everyone knows what an earthquake is. It lasts a long time when the the earth crust moves. A nuclear explosion (in air) lasts a nano-second and doesn't produce any seismic events.
What totally ignorant trash! Where did your drag all this ridiculous misinformation from - your drug addled brain?
"A nuclear explosion (in air)" does not only "last a nano-second and" does produce enormous "seismic events".
"
The duration of this positive phase increases with yield and distance from ground zero and ranges from 0.2 to 0.5 sec for a 1 KT nuclear air burst to 4 to 10 sec for a 10 Mt explosion. This compares with only a few hundredths of a second for the duration of a blast wave from a conventional high-explosive detonation." from:
EFFECTS OF NUCLEAR EXPLOSIONSYou sound like a classic case of cognitive-dissonance combine with severe Dunning-Kruger Syndrome!
And
Read this:
Of Nuclear Bombs and Earthquakes
Underground detonations of nuclear weapons can be detected like earthquakes for a simple physical reason. In both cases - either when rocks rupture in a quake or during the explosion - very strong forces rapidly act inside the Earth. This leads to intensive shaking of the rocks around the hypocenter, which in turn generates elastic waves. They can travel thousands of miles and are detected by sensitive seismometers.
Figure 2: Moment tensor for the North Korea seismic event of 25 May 2009 calculated by Prof. Doug Dreger using the BSL's complete waveform regional moment tensor code for a source depth of 800m. The seismic waves from this event are consistent with a shallow explosion source.
There are, however, major differences between the seismograms of natural tectonic earthquakes and those of explosions. Firstly, the waveforms look very different. While an earthquake generates strong S-Waves, the seismograms of underground nuclear test lack most of these waves. Instead, the P- (or primary or pressure) waves dominate the seismogram from the detonation of an atomic bomb below ground (see figure 1).
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