The Planck mass plasma roton solution of the cosmological constant problem

Abstract

The failure of the Large Hadron Collider to detect supersymmetry and the Higgs particle suggests that one should replace supersymmetry with another fundamental symmetry, for example the symmetry of the Planck mass plasma where the vacuum is made up of an equal number of positive and negative Planck mass particles. The Planck mass plasma has for each mass component a phonon–roton spectrum and explains the small positive cosmological constant observed. The masses of the elementary particles are here explained by the gravitational field energy of pole–dipole particles, which explain the Dirac spinors as composed of gravitationally interacting positive and negative masses.