Celestial holography provides a promising avenue to studying bulk scattering in flat spacetime from the perspective of boundary celestial conformal field theory (CCFT). A key ingredient connecting two sides is amplitude, which given by Mellin transform momentum space amplitude energy. As such, amplitudes can be identified with correlation functions theory. In this paper, we introduce further no...

From a minimum of total energy of celestial bodies, their basic parameters are obtained. The steady-state values of mass, radius, and temperature of stars and white dwarfs, as well as masses of pulsars are calculated. The luminosity and giromagnetic ratio of celestial bodies are estimated. All the obtained values are in a satisfactory agreement with observation data.

It can be shown that the mass of nucleons varies with adiabatic pressure inside celestial bodies and that such adiabatic pressure on the electronic escorts of atoms in the centre of celestial bodies reaching stellar mass ignition threshold through accumulation of primordial hydrogen is the triggering cause of nuclear fusion at the centre of such bodies.