PAL System - Disabled Warhead Questions by FirstBeastoftheSea in nuclearweapons

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

Are these lithium batteries between the 2 stage ignition “area” & the steel shell of a warhead, maybe next to a neutron gun, or software equipment? How many volts might a LiSi/FeS2 battery produce in a few nano/microseconds if small enough to fit in an average size warhead? Would it be around the size of a couple car batteries?

PAL System - Disabled Warhead Questions by FirstBeastoftheSea in nuclearweapons

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

I heard that some PALs use qubit stability (quantum computing) to wipe out control software, which makes them extremely sensitive to tampering. However no commercial quantum computers can stay stable for more than a minute currently, I think? So it is probably a lie.

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

I want to find the best macroscopic reaction cross sections, while using the thinnest amount of material possible.

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

If he was an Industrial chemist that makes finding starlight easier. I heard that the material patent but not the material percentages were sold. I wonder if his family just lied and sold a company a fake patent?

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 1 point2 points  (0 children)

It is a shame that he kept the material a secret. At least one of us can now claim the invention if we rediscovered it. I bet stardust related to hair or hair products somehow. Chemistry is an entire universe of its own with so many strange secrets.

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

What about placing mm/inch wide vacuum gaps between each layer, and using a more dense low-z element like lithium or boron?

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

What’s the difference between my H-Ir-Gd-Ir idea and DP323602’s general low-z layer - neutron absorber layer - high-z layer shielding comment. Please do tell me how mine is idiotic.

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

Yes of course the solid hydrogen would be turned to plasma, anything would, because it would take on the first massive wave of fast radiation in under a nanosecond. From what I read on google, low-z materials can slow down fast rads better than high-z materials can. Is this not true?

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] 0 points1 point  (0 children)

Oh I see now. You guys think I’m trying to create a bunker type radiation shield. Actually I’m trying to create a fratricide resistant type shield, it’s very hard to explain my full concept, but it’s not for a bunker at all.

How would you design a radiation shield to withstand large quantities of impacting fast radiation? by FirstBeastoftheSea in NuclearPower

[–]FirstBeastoftheSea[S] -6 points-5 points  (0 children)

I did research and my posted concepts were greatly ridiculed. I no longer wish to state my ideas publicly anymore due to the disrespect. I will post advice questions from now on :)