Is it possible to believe that the electron can store the energies of photons and can transport their energies from one space to another during electronic transitions in an atom?
Jamil Kooli In the Spacetime Wave theory, the electron is a wave in the medium of space which travels in a closed loop at speed c. When associated with an atomic nucleus e.g. a hydrogen atom the wave path passes many times around the nucleus before closing.
see hydrogen bond link
Preprint The Hydrogen Bond (June 2022)
So the electron has a frequency which can be calculated from E=hf where E is the total mass/energy of the electron. The electron is a looped wave in the medium of space and therefore has the effect of curving Spacetime which is the cause of gravitational mass.
I would not describe the electron as a transporter of photons energy. Instead I would say that the looped wave in the medium of space can change energy level which results in the emission of a non-looped wave in the medium of space which we call a photon.
Richard
Richard Lewis
My calculations relating to an electron guided me towards explanations according to which I must really consider that the electron transports the energies of the photons, during the transitions within an atom. I consider him a 100% efficient "relativistic worker" meaning that when he transports photons he loses absolutely nothing but also the quantities he transports are quantified with respect to his intrinsic energy!