Heat energy.
fusion; this process fuels the sun with hydrogen
The Sun's energy comes from the energy released from the fusion of two hydrogen nuclei to form a helium nucleus.
There are two major types of nuclear energy, fusion and fission. Fusion comes from hydrogen nuclei sticking together in the hearts of stars, which liberates energy. Fission energy comes from the splitting of heavy nuclei. A third type of nuclear energy comes from the slow decay of unstable isotopes, most generally through the release of alpha or beta particles. Both of these are the result of a transmutation of the isotope. Fissionable isotopes are produced naturally in supernova.
fusion
hydrogen fusion
nuclear fusion energy
nuclear fusion energy
Fusion. However in standard fusion bombs about 90% of the yield comes from fission of Uranium-238 in the fusion tamper and radiation channel guide from fast 15MeV fusion neutrons.
Nuclear fusion energy
Heat energy.
fusion; this process fuels the sun with hydrogen
No, the sun's energy comes from nuclear fusion reactions
The Sun's energy comes from the energy released from the fusion of two hydrogen nuclei to form a helium nucleus.
Most energy comes from sun through the nuclear fusion energy.
There are two major types of nuclear energy, fusion and fission. Fusion comes from hydrogen nuclei sticking together in the hearts of stars, which liberates energy. Fission energy comes from the splitting of heavy nuclei. A third type of nuclear energy comes from the slow decay of unstable isotopes, most generally through the release of alpha or beta particles. Both of these are the result of a transmutation of the isotope. Fissionable isotopes are produced naturally in supernova.
That is called nuclear energy.