Quantum Theory / Particle Physics
February 10, 2020
Quantum electrohydrodynamics, Casimir energy pressure, inhomogeneously charged proton-antiproton pair
In the present work, the quantum electrohydrodynamic fundamental equations are solved for the inhomogeneously charged proton-antiproton pair. Antiproton and proton are described as nested spherical shells. In addition, each spherical shell is preceded by a cavity (by a buffer zone) which exerts Casimir forces on the proton and antiproton.
Quantum electrohydrodynamic calculations give for the antiproton on the inner spher- ical shell an cosmological initial expansion from R 01 = 0.0943263 fm up to R 1 = 0.0951547 fm and for the proton on the outer spherical shell an cosmological initial expansion from R 02 = 0.105696 fm up to R 2 = 0.106562 fm .