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There is also that light atoms do not split into heavier ones in fusion, they fuse, over simplified: 2 or more smaller atoms slam together and become a heavier atom, beta particles are electrons, not protons, most helium isnt a good fuel for fusion reactors, the isotope that is a good fuel would be Helium-3, a lighter isotope of helium that is IIRC quite rare on Earth, especially when compared to Helium-4 which is the vast majority of natural helium.
You also cant run fission reactors on most isotopes of most elements, to run a fission reactor you need isotopes of elements that arent too stable but also arent too unstable, or(how most, if not all, reactors are fueled) a mix of specific isotopes.
This is correct. First: I reused previous paragraph to make post faster, so I missed the verb. Also, I didn't check particle composition, which is why I claimed protons being b-particles while b-particles are electrones(beta-minus-particles) and positrones (beta-plus-particles), which are also charged particles. I purposely left isotopes out as oversimplication, but I see that it allows confusion.
Ahem. In theory, fission can be induced blah blah blah. In practice, specific isotopes are used because they are cost-effective. Also, this was my attempt to tell why iron is most abudant, I admit that I carried away. So, correct. Thank you for correct my mistakes in the name of enlightening people (or in the name of "Someone is WRONG in the internet", I really don't care as long as it lessens confusion).