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Exact cosmological solutions from conservation laws and induced gravity matched with observational data
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Quantum cosmology from induced scalar-tensor theory of gravity and the role of conservation laws
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Conservation laws, causality, entanglement and topology changes. A gate for a time machine
No full textThe EPR paradox, showing the incompatibility between causality
and quantum mechanics, leads, especially after Bell's theorem and
the experiments based on it, to a deep crisis of the causality
principle. A complete redefinition of the entanglement concept,
based on the impossibility of violation of conservation laws and
on the generalization to a 5-dimensional space, leads to the
recovery of the classical and fundamental idea for the physics of
causality. The absolute validity of conservation laws, induces
moreover, in the cases where they would be otherwise violated,
topology changes which make possible “tunneling processes”
(like wormholes in astrophysics) which connect separate
spacetimes. It can be shown that such a phenomenon is
a-luminal, opening the door, without overcoming light
speed, to a conceivable time-machine
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