The Possible Spontaneous Re-Building Mechanisms in the Sun-like Bodies up to the Self-Re-Vitalizing Processes for Specific Stars: The cosmological lifetime boundary conditions

The nucleic interactions in the Sun-like processes are related to the mixed temporal and spatial boundary value problems among the most primitive particle structures. Both of the total energy density and frequency related cycles’ density per both volume and surface are trapped into suitable infinitesimal domains along an infinitesimal time span. The pressure variations build the trapping mechanisms according to the variations’ density per both infinitesimal volume and infinitesimal surface variations. The vortex formed variations of inflectors^{1, 2} change the sequences in sub-particles, atoms, and/or molecules so new chains of sub-particle mechanisms, atoms, and/or molecules are created during the Sun-like activities. These secondarily created chains embed the additional energy mechanisms into the Sun-like Bodies and extends their lifetimes. The process relates the time energy² as the contributor for the cosmological lifetime span structures through recently written equations using the time energy. The physically meanable solutions come with specific conditions. The Author calls the cosmological lifetime boundary conditions those specific conditions.

The temporal energy biases the spontaneously creation of mass and charge as a saturation of thermal energy by shaping the torsions of single point space^{1, 2}. The torsional coordinate systems family are given and used for that kind of analysis. The variations are given of field and charge by the interaction of heat and pressure.

The nuclear energy has the potential to produce He from the H₂, residue of splited He, arriving into the sun-like body. Similarly, the nuclear energy has the potential to produce He from the H₂, residue of splitted He, could not escape from the sun-like body. Those residual interactions provide the secondary principal for the cosmological lifetime boundary conditions.

¹ doi:10.23919/URSI-ETS.2019.8931478.

³ https://ieeexplore.ieee.org/abstract/document/9560637.