You can’t test to prove a negative, but it is possible to create a complete theory that does not appeal to singularities. This is already acknowledged by physicists, but they don’t yet understand the internals of black holes. You can’t test to prove a negative, but it is possible to create a complete theory that does not appeal to wormholes. Information is not preserved in a black hole that contains a Planck core.Ī Planck core (or more broadly-a near Planck black hole core that contains particles with metrics approaching Planck scale) may breach the event horizon of a black hole under sufficient conditions.Ī Planck core or near-Planck core may breach the event horizon in a collision of a black hole and other high energy objects, such as black holes or neutron stars. Also, superluminal black hole jets provide indirect evidence. This can be inferred by a new understanding of how Einstein’s curvy spacetime is implemented. The background for the universe is a truly empty Euclidean void space. There is ongoing work searching for axions and gravitons which may yield a detection. Spacetime is implemented by physical particles that form an It is as if they originally came in pairs. While it is possible to have an imbalance in electrinos and positrino count in a composite particle, overall the number of electrinos is equal to the number of positrinos in the universe. This is the present (2018-2020) stake in the ground on fundamental particle charge in NPQG. The electrino has -1/6 charge and the positrino has +1/6 charge.
The electrino and positrino are conserved, indestructible, and immutable. Indirect theoretical support of this prediction is possible. The electrino and positrino are spherical with a Planck radius.īeyond 2020 scale of experimental testability. Indirect support of this prediction is possible. NPQG calls these electrino and positrino.ĭirect measurement of these particles is well beyond the experimental capability circa 2020.
There are two fundamental classical particle types in nature, with equal and opposite charge. In this post, I’ll list a number of predictions of NPQG with commentary, including testability and post-diction potential.