Vectronix said:Do protons' inherent gyroscopic nature produce progressive ripples in the electromagnetic field?
Vectronix said:Maybe 'gyroscopic' is the wrong word?
Vectronix said:Is this spin angular momentum considered to be caused by an acceleration?
Atomic nuclei transfer momentum to electron orbitals through the process of electron capture, which occurs when a proton in the nucleus absorbs an electron from an inner shell. This results in the formation of a neutron, releasing a neutrino and transferring momentum to the electron orbital.
This transfer of momentum is important because it helps to stabilize atoms and prevent them from collapsing. It also plays a crucial role in various chemical reactions and in determining the properties of elements.
Yes, all elements are capable of transferring momentum from their nuclei to electron orbitals. This is because all elements have a nucleus, which contains protons and neutrons that carry momentum, and they also have electrons that orbit the nucleus.
Yes, the transfer of momentum from atomic nuclei to electron orbitals can have a small impact on the mass of the atom. This is because the mass of the atom is determined by the combined mass of the protons, neutrons, and electrons, and the transfer of momentum can result in a slight change in the mass of the atom.
No, the transfer of momentum from atomic nuclei to electron orbitals cannot be directly observed. However, it can be indirectly observed through the effects it has on the properties and behavior of atoms and elements.