That depends on which side you wish to help. The best you can do for The Federation of Potato is send moar steel. :3
Same idk why I even did that. I'm not being op. Everything but the forcefield were real science. No I am making peace with hostiles so that there won't be war. No you didn't, you made 45 hydrogen missiles in like 10 posts. Everything I have done took more posts than everything else because I am realistic about this kind of thing.
Because I spent 35 posts researching fusion reactors. Do you know what thy do? They fuse lighter elements into heavier ones. So from hydrogen atoms, you can "produce" anything. It still takes a little time though. Also, I researched those missiles. And if you look at warheads today, the US can make them pretty quickly.
Yeah I do. And you can't create heavy elements using a fusion reactor. Btw you can't make anything higher than iron without blowing up your planet. Check your science because you obviously don't understand particle physics.
You are thinking about it like a star which implodes when it runs out of hydrogen. That is incorrect.
A fusion reactor is not a particle accelerator. You clearly don't understand the fusion reactor because to make large quantities of any heavier atom would require the energy of a supernova and more for a one time reaction.
"Produce".... that all depends on many things which you did not go into detail. What isotope of hydrogen and how quickly the reactions occur from the hydrogen fusion to the helium fusion to the beryllium fusion and so forth. (This page here should help a little and you might as well read the rest of it too.) And as it states on that site, the deuterium-deuterium combination yields a helium-3 while a deuterium-tritium combination yields helium-4. Both of which yielding an additional electron. If you could possible follow a proton-proton chain, you would get 2 deuterium to yield 1 helium-3 and 1 electron. Then 2 helium-3 to yield 1 beryllium 6. And unless you can make 2 of those collide within 0.000000000000000000005 seconds, good luck making heavier elements.
Off of that tangent now, My old project of making the giant space laser is done and I also am still able to control the rogue planets... With that, it is time to turn to the ultimate project of destiny-y-y-y-y! Stage 1 of the project: After 1 post, the planets will be driven apart. Ira Didonis will be working on a tractor beam over 4 posts then collecting space joonk f0r 10 posts before returning to the location of Amor Didonis (which is in the middle of empty space). Stage 2: ??? Stage 3: Profit. (I am refusing to do seperate research for each planet as that seems a little OP. If everyone is fine with that as long as I make the researches take slightly longer than normal when doing that or something, I might in the future.) The Didonis pair is also sending out treaties to every civilized planet.
Technically a star (depends on it's size) goes supernova or planetary nebula once iron is formed inside the star, not when hydrogen runs out. And anyways, I think it is a bit OP to have an all powerful factory for everything, so maybe convert to a different resource, thanks. Plus you'd need a very massive and dense star to create elements, which in turn if you tried creating iron it would blow up your system. It's called Nuclear Fusion because that is how much force stars can create, to fuse together atoms. Anyways, I will be sending out an update for Pan shortly.
I am aware of this. I just don't want to copy and paste my AP astronomy research paper. (No one wants to read 16 page report.) My point is, it is the future, and we may find new laws of physics, new forces, and new information in general.
Well, anyway. I made a mistake on the decay for beryllium. I put the half life. Whoosp. And you know what, I agree. I just like arguing random jargon on the internet. It's what this is for, man! And boozle is right on this. Iron is the highest that is commonly found in a star because then it either goes to supernova, a red giant like our sun will then burn out, or the spectacular hypernova. Heavier atoms than iron are possible.
