Stop an Incoming Nuke: EMP Effect, Other Options

  • Thread starter yoyopizza
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In summary, the best way to stop an incoming nuke is to shoot something at it to deflect it, using the principle of F=ma. EMPs would not be effective in stopping a well-designed nuke, as they are powered by neutrons and not electricity. It is possible that the detonators of contemporary nuclear warheads have an electrical component that could be disrupted by an EMP, but this is purely speculation and against the rules to discuss.
  • #1
yoyopizza
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Could you stop an incoming nuke with an emp? Would it disable the nuke, or just detonate? Or even hav no effect, what would happen? Is there any other way you might stop an incoming nuke?
 
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  • #2
A well thought out nuke could not be stopped by emp. Neutrons run it which are not electfically charged. secondly the best way is to shoot something at to deflect it F=ma, so that it mises and blows up in the atmosphere. THis is very easily done makes nukes almost not worth it.
 
  • #3
AkInfinity said:
A well thought out nuke could not be stopped by emp. Neutrons run it which are not electfically charged.

While true that neutrons are what cause the reaction, one needs a mechanism of bringing the nuclear matter to criticality at the appropriate time (i.e. when to blow up the bomb). I'm not sure how contemporary nuclear warheads are designed, but the detonators seem to have an electrical component to them and hence at least have the potential to be disarmed (or prematurely activated) by a large electromagnetic disturbance.
 
  • #4
Thread closed for review for obvious reasons...EDIT -- thread will remain closed, and will be deleted in a couple of days. Speculation about nuclear weapon design is just that, speculation, which is against the PF rules.
 
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1. What is an EMP effect and how does it relate to incoming nukes?

An EMP (electromagnetic pulse) is a burst of electromagnetic energy that can disrupt or damage electronic systems. It is often associated with nuclear explosions because the high energy released from a nuclear bomb can create an EMP that can affect a large area.

2. Can an EMP stop an incoming nuke?

No, an EMP cannot physically stop an incoming nuke. However, it can potentially disable or destroy the electronic systems in the area, making it difficult for the nuke to be launched or controlled.

3. Are there other options for stopping an incoming nuke?

Yes, there are various defense systems and tactics that can be used to intercept or destroy an incoming nuke. These include anti-ballistic missiles, ground-based interceptors, and laser weapons.

4. How effective is an EMP in disabling electronic systems?

The effectiveness of an EMP depends on various factors such as the altitude and power of the explosion, the strength of the electronic systems, and the distance from the explosion. A high altitude EMP can potentially affect a larger area and cause more damage compared to a lower altitude EMP.

5. Can an EMP be used as a standalone defense against nukes?

No, an EMP should not be solely relied upon as a defense against nukes. It should be used in conjunction with other defense mechanisms to increase the chances of success. Additionally, an EMP can also have unintended consequences and cause damage to civilian infrastructure and systems.

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