For example plutonium is a nuclear fuel; also the isotope 233U.
The artificially made elements on the Periodic Table are all radioactive substances, such as technetium and curium, which have important applications in the fields of nuclear medicine, space travel, and nuclear energy research, among others.
they are made from millions of kitfoxes
When we obtain nuclear energy from elements in the earth like Uranium, what we are doing, is obtaining energy which produced by splitting up subatomic particles. So we obtain the atomic energy from splitting up the atomic particles, not from the uranium itself, which is a natural resource. Since the splitting up of subatomic particles is completely "man-made", if you will and does not occur in the environment, Nuclear energy is a man made resource
Synthetic elements are obtained by nuclear reactions.
Up to uranium elements are made by stellar nuclear synthesis; after uranium elements are man made.
Where: In supernovae. How: by nuclear fusion.
All elements heavier than iron are made by nuclear reactions that consume energy rather than producing it, so the universe that you describe would have no heavy elements.
Nuclear energy is made from the energy released during nuclear reactions, specifically the fission (splitting) or fusion (combining) of atomic nuclei. Fission is the process used in nuclear power plants where uranium or plutonium atoms are split, releasing a large amount of energy. Fusion is the process that powers the sun, where hydrogen atoms combine to form helium.
No, the sun is not made of gold. It is primarily composed of hydrogen and helium gases. These elements undergo nuclear fusion reactions in the sun's core to produce energy and light.
Some elements are made by scientists through nuclear reactions, such as bombarding a target material with high-energy particles to transmute its atoms into new elements. Another method is using particle accelerators to create new elements by synthesizing them from lighter elements. These processes typically require specialized equipment and expertise.
Stars are predominantly made up of hydrogen and helium, with trace amounts of other elements such as oxygen, carbon, and nitrogen. These elements undergo nuclear fusion reactions in the core of the star to produce energy and light.
Gamma radiation