Is North Korea's Nuclear Weapon Really That Powerful?
Images via Wikimedia Commons |
According to IFLScience, the real threat comes from the artillery and/or conventional missiles. And believe it or not, these are well-placed all over the Korean Peninsula. In fact, they are scattered so well that even the forces of US and South Korea combined are not enough to pinpoint the locations.
But of course, it’s dumb to take North Korea’s nuclear power for granted. While there have been failures from its side, it’s still growing day by day. The country’s capability to wage nuclear war is definitely legit.
History of North Korea’s Nukes
Image via IFLScience |
Apparently, the seismic wave patterns generated by the nuclear weapons are different from that of a normal earthquake. Not even a volcanic eruption can level it. Anyway, these waves allow scientists to determine the distinctive power of a nuclear weapon – let alone the warhead that is used.
Image via IFLScience |
Based on the findings, it appears that North Korea is – despite technological advancement – still using the classic plutonium formula. The latter is basically used to develop a nuclear weapon in an implosion style. If a hydrogen bomb is capable of 7.0M quake, the country, on the other hand, has failed to come up with a weapon that can at least reach 6.0M.
Simply put, North Korea’s nuclear weapons are far from what people perceived them to be. It’s still relatively weak.
A Milestone was reached
Image via Wikimedia Commons |
In a report from Washington Post (via an anonymous US intelligence officers), North Korea is said to have miniaturized their weapons. They are even capable of mounting these weapons on their warheads. This is a huge progress, as nukes that can be launched using missiles is pretty scary. The report even suggests that it now owns around 20 to 60 small nuclear warheads.
But as far as how effective North Korea’s missiles are, this remains to be a mystery. Remember that so far, the secretive nation has often failed than succeeded. The missiles either detonate when still on a launch pad or land on bodies of water (like the one in the Sea of Japan).
Post a Comment