Light from the stars passes through energy, matter and mass as it travels. The effect of this is to change the atomic emission line spectra frequencies. Specifically light is absorbed and then re-emitted with less energy at lower frequencies. We see this as a redshift in the light from distant stars and galaxies. From this we can learn about all the intervening material.
Effect of Dynamic Mass Gravitational Energy on Atomic Emission Line Spectra Frequencies
Dynamics of Mass, which we call gravitation, come from quantum energies interchanges of the whole universe. Light is one of these transferences and it combines through coherence effects to influence all the other quantum energies that function as mass in atomic nuclei. These transitions of light through interaction with all other energy coming together through mass is the observed gravitational redshift. This is the primary cause for the redshift of light spectra of distant galaxies. The implication is that the interpretation of redshift as due to recession velocity is not valid. This means that the universe may not be expanding and we are not looking back at any early universe when we see distant galaxies through the James Webb Telescope.
Effect of Gravitational Energy Redshift on Atomic Emission Line Spectra Frequencies
The dynamics of Mass that we call gravitation are a function of quantum energies interchanges of the whole universe. So that what we observe when we look at galaxies rotating comes from quantum energies concentrating as the visible matter. This quantum mass may be comprehended as energies coming together. Coherence and entanglement among many quantal effects are active immediately across the universe. We are are actually experiencing what is happening now as we look up at distant galaxies. All the frequency shifts are something of this moment with light as a means of energy interchange.
Astronomy Research Discoveries in the 20th and 21st Centuries of Distant Galaxies that Challenge Conventional Cosmology
When we look up at the stars and galaxies we are really experiencing what is happening now. All we can know comes from our own energies and the light we sense. All the quantum effects of distant objects transfer immediately. An astrophysics of all that is happening now as the universe fully involves all human energies as well. What we are finding is what all energies are doing now. In any line of sight the combination of effects tells us what is really happening. The energies interchanges of galaxies are something that immediately involves us. Our research in cosmology is to find all the quantum energies that are influencing us now. In all directions we are now able to sense what is really happening in the quantum reality universe.
Astronomy Research Discoveries in the 21st Century of Distant Galaxy Configurations that Challenge Conventional Cosmology
