Author:
Agop M.,Griga V.,Buzea C. Gh.,Rezlescu N.,Buzea C.,Zacharias A.,Petreus I.
Abstract
Identifying space with a superconducting cosmic dust, the structure of the
‘world crystal’ is built. Particles moving on open geodesics are
assimilated with the ‘electron gas’ in a lattice, and those moving
on closed geodesics with nodes of the same lattice. By considering that this
kind of structure may be achieved by pinning on a background gravitomagnetic
field, the properties of such fields are studied. From this analysis and
computing the background energy we are lead to a Cantorian-fractal structure
of space–time, which allows one to interpret the gravitational
interaction in terms of a mechanism similar to the composite fermions
mechanism.
Subject
General Physics and Astronomy
Cited by
6 articles.
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