Some implications of the gravitomagnetic field in fractal spacetime theory.
Maricel Agop, Hitoshi Matsuzawa, Iuliana Oprea, R. Vlad, C. Sandu, Cristina Buzea · Australian Journal of Physics · 2000
In a fractal spacetime, the absence of a gravitational Meissner effect is thought of as ordering space as a crystal, at both a microscopic and a macroscopic scale. A gravitational Meissner effect keeps a wormhole open and penetrable and, in the same context, a gravitational superconductor levitates in an external gravitomagnetic field, an external gravitomagnetic field induces quantised vortices in a gravitational superconductor and gravitational rotons in a superfluid, and the planetary systems are self-organised as superconducting structures.