I'd like to emphasize that according to the Planck equation E = hf, the energy of a photon changes as it interacts with a gravitational source, leading to infinitesimal frequency changes (Δf) and, consequently, an infinitesimal energy change (ΔE). This process results in redshift or blueshift. I maintain that this interpretation aligns with established science.
Any of my references to relativistic time dilation were made in the context of how relativity theory addresses this concept. It is pertinent to mention here that any of my references to relativistic time dilation and relativity to illustrate how relativity implies time dilation and other aspects of relativity, these are not my own views, but my research papers do not hold time dilation to be true, but instead support relativistic time dilation as timing error. I firmly hold that time remains unchanged, according to the SI standard of time. Time is not something that should be changed by some external means unless one invites error. All my research papers support this opinion.
Additional: modification to the Poisson equation:
The equations presented by Mr. Wolfgang Konle suggest a modification to the Poisson equation for gravitational potential in the context of gravitation theory. The modified equation includes an additional term, which is denoted with bold letters. This additional term appears to be a proposal to account for the mass equivalent of the energy density of gravitational fields within the gravitational potential equation.
The modified equation is as follows:
∇²ɸ = 4πG(ρ - (∇ɸ)² / (8πGc²)) or ∇²ɸ + (∇ɸ)² / (2c²) = 4πGρ
In this modified equation, ∇²ɸ represents the Laplacian of the gravitational potential, ρ is the mass density, G is the gravitational constant, c is the speed of light, and (∇ɸ) represents the gradient of the gravitational potential.
Original submission by Mr. Wolfgang Konle, Doctor of Engineering, retired, Airbus Defence and Space, Friedrichshafen, Germany:
According to my (Mr. Wolfgang Konle) opinion, inconsistencies in gravitation theory occur, because the mass equivalent of the energy density of gravitational fields is not taken into account. Considering that, the Poisson equation gets an additional term:
∇²ɸ = 4πGρ => ∇²ɸ = 4πG(ρ-(∇ɸ)²/(8πGc²)) or ∇²ɸ+(∇ɸ)²/(2c²) = 4πGρ
ɸ is the gravitational potential, ρ is the mass density, G is the gravitational constant, c is the speed of light. The additional term is written with bold letters.
