Energies of the atomic nucleus come from interchanges of the whole universe. Experiments with laser light spectroscopy may enable access to more precise quantum fluctuations of nuclei. Experimental investigation of interactions between quantum particles of the atomic nucleus reveal instantaneous states of transitions holding quarks bound as protons and neutrons. It is clear from these 2024 experiments that the energies of atomic nuclei combine together as intensely interactive quanta functions.
Energies of the universe that come together to make matter and mass in gravitational interactions concentrate further into elementary particles and atomic nuclei. Researchers at the University of California use laser light to excite thorium atoms and detect precise quantum fluctuations of nuclei. Nature journal November 2024 reports quantum fluctuations of Uranium nuclei with access through different energies. Together these experiments demonstrate how the elementary particle interactions holding atomic nuclei together come from functions of quanta.
