Dynamical 3-Space and the Earth’s Black Hole: An Expanding Earth Mechanism

During the last decade the existence of space as a quantum-dynamical system was dis-covered, being first indicated by the measured anisotropy of the speed of EM radiation. The dynamical theory for space has been under development during that period, and has now been successfully tested against experiment and astronomical observations, explaining, in particular, the observed characteristics of galactic black holes. The dy-namics involves G and - the fine structure constant. Applied to the earth this theory gives two observed predictions (i) the bore hole g anomaly, and the space-inflow effect. The bore hole anomaly is caused by a black hole (a dynamical space in-flow effect) at the centre of the earth. This black hole will be associated with space-flow turbulence, which, it is suggested, may lead to the generation of new matter, just as such turbu-lence created matter in the earliest moments of the universe.This process may offer a dynamical mechanism for the observed expanding earth. 1 Discovery of Dynamical Space In remarkably prescient work Hilgenberg in the 1930’s (Scalera and Braun, 2003) proposed that the expan