Electron Gravitational Properties Ascend Guided by Principle of Physics (POP)

Electron gravitational properties (EGP) ascend guided by principle of physics (PoP) ruled by past-uncertainty/future-certainty time-complementary dualities (TCD). The TCD leading to EGP is a Gyrador-Thermote Equation (GTE) priorly anchoring three Sept-2023/Aug-2025 US patents on industrial chemistry. The GTE unifies in e_Th=m_Gyv_Gy²/2 quantums of thermal energy and mass M of a spherical medium of radius r where: 1) m_Gy is an avg of N_DCS dissimilar cells (DCS) quantum of M, named gyrador, orbiting the point-mass M at radial distance r with fixed speed v_Gy=(GM/r)^1/2; and 2) e_Th is a DoF based quantum of thermal energy, named thermote, given by e_Th = N_DoFk_BT/2 fueling m_Gy's motion, with T, N_DoF, and k_B, temperature, DoF number, and Boltzmann constant. For a spherical electron: r is r_e = 2.8179403205 x 10^-15 m, the classical electron radius; M = N_DCSm_Gy = m_e where m_e = 9.109x10^-31 kg is the electron’s mass; v_Gy is the electron’s orbiting speed v_e = (Gm_e/r_e)^1/2 = 1.46883261 x 10^-13 m/s; e_Th is the electron's dynamic gravitational potential energy over N_DCS, (Gm_e²/2r_e)/N_DCS = 9.8262 x10^-57/N_DCS, which is the same as the electron's antigravitational kinetic energy over N_DCS, (m_ev_e²/2)/N_DCS; and T = 2e_Th/N_DoFk_B = 4.744725 x 10^-34/N_DCS with N_DoF = 3 for the electron. The tiny T value that results for any N_DCS implies an eternal electron existence, e.g., for N_DCS=1, T = 4.744725 x 10^-34 K & m_Gy=m_e; for N_DCS = 12,805,854 , T = 3.706 x 10^-41 K & m_Gy = 7.11333 x10^-38 kg, in the neutrino range; and for N_DCS → ∞, T is 0 & m_Gy → 0, for a structureless electron.