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thats why in this case they would have used secret technology of three or more pieces (not sure how many). For the geomotry.
originally posted by: mrthumpy
originally posted by: capncrunch88
It's really quite simple, two highly enriched chunks of uranium fired at high speed towards each other. What I think they did here was more than two pieces, so when they all collide and make a critical mass, they direct their energy in one direction only. That way they can all be alligned to cancel each other out. It's simple geometry really, anyone could set it up now with computers that knew how to make a good code. The sound and pressure waves would cancel when they hit each other so nobody would know that it was nukes.
originally posted by: mrthumpy
originally posted by: capncrunch88
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: samkent
The nukes could have been like directed and not blow outwards, anyone that would know how to design micro nukes could have done that. Just make the masses collide at an angle and the forces will go in that direction, you didn't think of that because you didn't take enough classes like i did. Or have one shock wave cancel another one out that would be another simple way to do it, but you guys with no experience in the mathematics behind it will try to argue, trust me, I had a lot of classes in just this kind of thing ok?
This is way different than what dynamite would have done, don't you get it, directed mini nukes and dynamite behave much differently, but you wouldn't know, as you have admitted you aren't even close to phd let alone only one class short of it.
When you have a nuclear explosion you ALWAYS have a dynamic over pressure wave.
Looking forward to reading your in depth explanation of how that would be achieved and benefitting from your authority on the subject
Thank you, I won't go too deep as most people wouldn't follow the complexities of the math involved. You know how a gun type nuke works probalby.
No. Can you explain that
I won't get into the maths, but if you have more than two chunks colliding, you don't need as much material of course, so you can make them minier than normal makes sense right? Even if you don't know much about it, you have to follow the simple way I described it quite easy.
how does firing them into each other direct the energy?
originally posted by: capncrunch88
thats why in this case they would have used secret technology of three or more pieces (not sure how many). For the geomotry.
originally posted by: mrthumpy
originally posted by: capncrunch88
It's really quite simple, two highly enriched chunks of uranium fired at high speed towards each other. What I think they did here was more than two pieces, so when they all collide and make a critical mass, they direct their energy in one direction only. That way they can all be alligned to cancel each other out. It's simple geometry really, anyone could set it up now with computers that knew how to make a good code. The sound and pressure waves would cancel when they hit each other so nobody would know that it was nukes.
originally posted by: mrthumpy
originally posted by: capncrunch88
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: samkent
The nukes could have been like directed and not blow outwards, anyone that would know how to design micro nukes could have done that. Just make the masses collide at an angle and the forces will go in that direction, you didn't think of that because you didn't take enough classes like i did. Or have one shock wave cancel another one out that would be another simple way to do it, but you guys with no experience in the mathematics behind it will try to argue, trust me, I had a lot of classes in just this kind of thing ok?
This is way different than what dynamite would have done, don't you get it, directed mini nukes and dynamite behave much differently, but you wouldn't know, as you have admitted you aren't even close to phd let alone only one class short of it.
When you have a nuclear explosion you ALWAYS have a dynamic over pressure wave.
Looking forward to reading your in depth explanation of how that would be achieved and benefitting from your authority on the subject
Thank you, I won't go too deep as most people wouldn't follow the complexities of the math involved. You know how a gun type nuke works probalby.
No. Can you explain that
I won't get into the maths, but if you have more than two chunks colliding, you don't need as much material of course, so you can make them minier than normal makes sense right? Even if you don't know much about it, you have to follow the simple way I described it quite easy.
how does firing them into each other direct the energy?
Think angle of incidence equals angle of refelection and then multiply it by more than two objects. To much math to solve without their super computers to get the angles speeds an distances right, but you get the drift.
originally posted by: mrthumpy
originally posted by: capncrunch88
thats why in this case they would have used secret technology of three or more pieces (not sure how many). For the geomotry.
originally posted by: mrthumpy
originally posted by: capncrunch88
It's really quite simple, two highly enriched chunks of uranium fired at high speed towards each other. What I think they did here was more than two pieces, so when they all collide and make a critical mass, they direct their energy in one direction only. That way they can all be alligned to cancel each other out. It's simple geometry really, anyone could set it up now with computers that knew how to make a good code. The sound and pressure waves would cancel when they hit each other so nobody would know that it was nukes.
originally posted by: mrthumpy
originally posted by: capncrunch88
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: samkent
The nukes could have been like directed and not blow outwards, anyone that would know how to design micro nukes could have done that. Just make the masses collide at an angle and the forces will go in that direction, you didn't think of that because you didn't take enough classes like i did. Or have one shock wave cancel another one out that would be another simple way to do it, but you guys with no experience in the mathematics behind it will try to argue, trust me, I had a lot of classes in just this kind of thing ok?
This is way different than what dynamite would have done, don't you get it, directed mini nukes and dynamite behave much differently, but you wouldn't know, as you have admitted you aren't even close to phd let alone only one class short of it.
When you have a nuclear explosion you ALWAYS have a dynamic over pressure wave.
Looking forward to reading your in depth explanation of how that would be achieved and benefitting from your authority on the subject
Thank you, I won't go too deep as most people wouldn't follow the complexities of the math involved. You know how a gun type nuke works probalby.
No. Can you explain that
I won't get into the maths, but if you have more than two chunks colliding, you don't need as much material of course, so you can make them minier than normal makes sense right? Even if you don't know much about it, you have to follow the simple way I described it quite easy.
how does firing them into each other direct the energy?
Think angle of incidence equals angle of refelection and then multiply it by more than two objects. To much math to solve without their super computers to get the angles speeds an distances right, but you get the drift.
Ah right. So just guessing then
originally posted by: capncrunch88
originally posted by: mrthumpy
originally posted by: capncrunch88
thats why in this case they would have used secret technology of three or more pieces (not sure how many). For the geomotry.
originally posted by: mrthumpy
originally posted by: capncrunch88
It's really quite simple, two highly enriched chunks of uranium fired at high speed towards each other. What I think they did here was more than two pieces, so when they all collide and make a critical mass, they direct their energy in one direction only. That way they can all be alligned to cancel each other out. It's simple geometry really, anyone could set it up now with computers that knew how to make a good code. The sound and pressure waves would cancel when they hit each other so nobody would know that it was nukes.
originally posted by: mrthumpy
originally posted by: capncrunch88
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: samkent
The nukes could have been like directed and not blow outwards, anyone that would know how to design micro nukes could have done that. Just make the masses collide at an angle and the forces will go in that direction, you didn't think of that because you didn't take enough classes like i did. Or have one shock wave cancel another one out that would be another simple way to do it, but you guys with no experience in the mathematics behind it will try to argue, trust me, I had a lot of classes in just this kind of thing ok?
This is way different than what dynamite would have done, don't you get it, directed mini nukes and dynamite behave much differently, but you wouldn't know, as you have admitted you aren't even close to phd let alone only one class short of it.
When you have a nuclear explosion you ALWAYS have a dynamic over pressure wave.
Looking forward to reading your in depth explanation of how that would be achieved and benefitting from your authority on the subject
Thank you, I won't go too deep as most people wouldn't follow the complexities of the math involved. You know how a gun type nuke works probalby.
No. Can you explain that
I won't get into the maths, but if you have more than two chunks colliding, you don't need as much material of course, so you can make them minier than normal makes sense right? Even if you don't know much about it, you have to follow the simple way I described it quite easy.
how does firing them into each other direct the energy?
Think angle of incidence equals angle of refelection and then multiply it by more than two objects. To much math to solve without their super computers to get the angles speeds an distances right, but you get the drift.
Ah right. So just guessing then
Just because i can't show you all the math doesn't mean guesses, this is all solid physics and if you had a lot of classes at the university level you would know this. It is more than a guess, it is showing you how it is done without all the math. In fact if I did give the math here I would get a knock on my door about it, so don't even ask for it. Not many people can do this math except if you have a phd in physics, so if you can't understand, just leave it at that.
You are forgetting that these are really just gun style devices, so you silence the barrel just like any old gun. You would not even hear it just a tiny little noise like in the James bond movies with silenceers on there guns. It's ok that you can't think of everything about this, it even took me a little while and I almost have a phd in it. If you have any questions ask me, but not too much about the math here, or there will be agencies looking and coming for us.
Also, a tradition nuke uses conventional explosives to push the radioactive material together to create the critical mass for fission. That would also go boom.
And the uranium collision / fission would still produce identifiable fission products, electromagnetic bursts, radiation above background, and radiation burns/poisoning/deaths/contamination.....
originally posted by: capncrunch88
a reply to: neutronflux
Go back and read my posts, it's all explained.
originally posted by: capncrunch88
a reply to: neutronflux
You are forgetting that these are really just gun style devices, so you silence the barrel just like any old gun. You would not even hear it just a tiny little noise like in the James bond movies with silenceers on there guns. It's ok that you can't think of everything about this, it even took me a little while and I almost have a phd in it. If you have any questions ask me, but not too much about the math here, or there will be agencies looking and coming for us.
Also, a tradition nuke uses conventional explosives to push the radioactive material together to create the critical mass for fission. That would also go boom.
You don't understand it, neutron does, he is likely a physist with a nickname like that. It's ok if you don't undertand it, soon he can explain it to you as well as I can so do not worry. If I did not get thru to you the first time he may have a better way of explaining it to you.
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: neutronflux
Go back and read my posts, it's all explained.
Nothing is explained.
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: neutronflux
You are forgetting that these are really just gun style devices, so you silence the barrel just like any old gun. You would not even hear it just a tiny little noise like in the James bond movies with silenceers on there guns. It's ok that you can't think of everything about this, it even took me a little while and I almost have a phd in it. If you have any questions ask me, but not too much about the math here, or there will be agencies looking and coming for us.
Also, a tradition nuke uses conventional explosives to push the radioactive material together to create the critical mass for fission. That would also go boom.
"so you silence the barrel just like any old gun"
Beautiful
originally posted by: capncrunch88
originally posted by: mrthumpy
originally posted by: capncrunch88
a reply to: neutronflux
You are forgetting that these are really just gun style devices, so you silence the barrel just like any old gun. You would not even hear it just a tiny little noise like in the James bond movies with silenceers on there guns. It's ok that you can't think of everything about this, it even took me a little while and I almost have a phd in it. If you have any questions ask me, but not too much about the math here, or there will be agencies looking and coming for us.
Also, a tradition nuke uses conventional explosives to push the radioactive material together to create the critical mass for fission. That would also go boom.
"so you silence the barrel just like any old gun"
Beautiful
Yes, that is the very easy part, you are catching on, good.
eta that is the explosions of the initial high explosives that shoot the uranium chunks together, not the nuclear blasts themselves, which are directional and will cancel each other out. Remember, these are gun style mini nuke right?
I gave u a star for understanding this and agreeing, many more when you follow neutron and I along in your quest for knowledge.
originally posted by: samkent
a reply to: capncrunch88
Pure B.S.
Radiation doesn't just get 'soaked up' and disappear.
If it did they would clean up Chernobyl and Fukushima sites.
This is the wildest extension of the mini nuke theory I have ever heard.
1. A nuke that doesn't create a gigantic over pressure wave is a useless device.
2. Steel that was torn apart by this magical device would stand out in the debris.
3. Positioning/aiming/protecting the device from a plane impact and fire ????
Pure B.S.